2014 本科培养计划 - 国际教育学院英文站点

南京理工大学机械工程学院 2014本科专业介绍及教学计划进程表

2014 本科培养计划

EDUCATION PLANUNDERGRRUDUATE STUDENT

南京理工大学教务处

南京理工大学 2014本科专业介绍及教学计划进程表目录

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南京理工大学简介

南京理工大学是隶属于中华人民共和国工业和信息化部的全国重点大学，坐落在钟灵毓秀、虎踞龙蟠

的古都南京。学校由创建于 1953 年的新中国军工科技最高学府——中国人民解放军军事工程学院（简称“哈

军工”）分建而成，先后经历了炮兵工程学院、华东工程学院、华东工学院几个发展阶段，1993 年更为现

名，1998 年 9 月，江泽民同志为学校亲笔题写了校名。1995 年，学校成为国家首批“211 工程”重点建设

高校；2011 年，获批建设“985 工程优势学科创新平台”。在六十余年的建设历程中，学校秉承“哈军工”

的优良传统，凝练出“以人为本，厚德博学”的办学理念、“团结、献身、求是、创新”的校风和“进德

修业，志道鼎新”的校训，形成了鲜明的办学特色、精神特质和人文底蕴，建成了以工为主，理、工、文、

经、管、法、教、哲、艺等多学科协调发展的理工大学，为强大国防、推进“两化”融合、服务经济社会

发展做出了卓越贡献。

学校北依紫金山，西临明城墙，校园占地 3118 亩。校园内曲塘潋滟，佳木葱茏，碧草如茵，景色宜人，

与中山陵风景区浑然一体，是修身治学的理想园地。校舍建筑总面积 87 万平方米，固定资产总值 25 亿元，

各类基础设施齐全，后勤服务系统完善。现有实验室 59 个，各类教学科研仪器设备 9.9 亿元；图书馆藏有

中外文图书文献 240 余万册。

学校设有机械工程学院、化工学院、电子工程与光电技术学院、计算机科学与工程学院、经济管理学

院、能源与动力工程学院、自动化学院、理学院、外国语学院、公共事务学院、材料科学与工程学院、环

境与生物工程学院、设计艺术与传媒学院、知识产权学院（国内首个部省共建的二级学院）、马克思主义

学院等 15 个专业学院，建有研究生院、教育实验学院、国际教育学院、中法工程师学院、继续教育学院，

并与合作方联合创办了南京理工大学紫金学院和南京理工大学泰州科技学院两个独立学院。

学校现有国家重点学科 9 个，江苏省优势学科 6个，江苏省一级重点学科 7个，工信部重点学科 7个，

在长期发展过程中形成了兵器与装备、电子与信息、化工与材料三大优势学科群；国家级特色专业 9 个，

教育部卓越工程师培养计划试点专业 13 个，江苏省重点专业类 12 个（覆盖 38 个本科专业），江苏省品牌

专业建设一期立项 6 个；博士后流动站 16 个，博士学位点 50 个，硕士学位点 117 个；具有 12 个专业学位

授权点，其中工程硕士涵盖 27 个工程领域；具有高级管理人员工商管理硕士（EMBA）授予权；具有在职人

员以同等学力申请博士、硕士学位的授予权以及外国留学生和港澳台学生的招生权。学校现有各类在籍生

3 万余人。

学校现有教职工 3200 余人，专任教师 1900 余人，教授、副教授 1200 余人，其中，两院院士 8人，外

国院士 3 人，“千人计划”专家 10 人，“万人计划”专家 9 人（其中杰出人才 1 人），“长江学者”14

人，“国家杰出青年基金”获得者 7 人，“国家级教学名师奖”获得者 3 人，国务院学位委员会学科评议

组成员 5人（其中召集人 1 人），“973”首席科学家 8人，“国家百千万人才工程”人选 14 人，“国家

级有突出贡献中青年专家”8人，享受国务院政府特殊津贴 196 人，入选教育部“新世纪优秀人才支持计

划”、“江苏双创计划”、“江苏特聘教授”等省部级以上人才计划 300 余人。教育部创新团队 5 个，国

家级教学团队 5 个，国防科技创新团队 8个，江苏省创新团队 15 个。学校具有教授任职资格整体审定权，

相继入选“江苏省高层次人才创新创业基地”和国家“创新人才推进计划”国家创新人才培养示范基地。

学校坚持人才培养的中心地位，立足精英教育，培养基础宽厚，知识、能力、素质协调发展的高级专

门人才和工程精英，造就求真务实、开拓创新、引领发展、具有国际视野的社会中坚。60 多年来，累计为

国家培养输送了 16 万余名各类高级专门人才，其中 12 人当选中国科学院、中国工程院院士，许多人成为


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高校、科研机构、企业和政府部门的领导和骨干。 “十二五”以来，学校获得国家级教学成果奖 3项；省

部级教学成果奖 15 项，其中特等奖 2 项，一等奖 6 项。

学校既是教育中心，又是科技中心，设有 120 个研究机构，拥有 1 个国家级重点实验室，1 个国家级

工程技术研究中心，1个国家级技术研究推广中心，1 个国家级技术转移示范机构，1个国家级质检中心，

10 个部省级重点实验室，5个省级哲学社会科学研究基地，建有国家级大学科技园，并以此为依托承担了

一大批国家重大科研任务，取得了一批标志性的科研成果。近十年来，学校获得省部级及以上科技奖励 286

项，其中国家级科技奖励 16 项（国家自然科学二等奖 2 项，国家技术发明二等奖 6项，国家科技进步二等

奖 8项）。

学校积极实施国家创新驱动战略，落实“高等学校创新能力提升计划”（“2011”计划），大力开展

协同创新，建立了以“先进发射”、“地面智能机动平台”等为代表的一批协同创新中心。“先进发射”、

“先进民用爆炸材料与安全技术”、“高端装备制造技术”三个协同创新中心获批“工业和信息化部协同

创新中心”，“先进微纳米材料及装备”和“社会公共安全科技”两个协同创新中心获批“江苏高校协同

创新中心”。

学校努力推进大学国际化进程，与俄罗斯鲍曼国立技术大学、德国慕尼黑工业大学等 100 多所海外知

名高校建立了密切的合作关系，开展各类人才联合培养和学术交流合作工作。2011 年以来，与高外高校和

知名企业建立了 9个国际联合实验室，与美国卡内基梅隆大学、英国考文垂大学等开设了经教育部批准的

中外合作办学项目。2012 年，学校与德国卡尔斯鲁厄理工学院合作建立了格莱特纳米科技研究所。该研究

所采用国际学术机构运营模式，汇聚了以赫伯特•格莱特院士、卢柯院士等为代表的一批世界知名纳米材料

专家，致力于建设世界顶级的纳米材料与技术研究基地。

为拓宽筹措办学资金渠道，凝聚各方兴学力量，学校于 2006 年成立了教育发展基金会，支持学校在人

才培养、科学研究和社会服务领域不断追求卓越。每年社会各界通过基金会在学校设立各类奖教金、奖助

学金 80 余项，受益师生 8000 余人次。学校将继续发扬优良传统，抓住中华民族伟大复兴的历史机遇，与

时俱进，开拓进取，以博大的胸襟，宽广的视野，务实的作风，求是的精神，坚定不移地朝着国内一流、

国际知名的特色高水平研究型大学战略目标阔步前进。

学校现任党委书记尹群教授，校长付梦印教授。


目录机械工程学院...................................................................................................................................................................1

机械工程...........................................................................................................................................................................4

车辆工程.........................................................................................................................................................................12

工业工程.........................................................................................................................................................................19

武器系统与工程.............................................................................................................................................................26

装甲车辆工程.................................................................................................................................................................36

弹药工程与爆炸技术.....................................................................................................................................................43

飞行器设计与工程.........................................................................................................................................................50

测控技术与仪器.............................................................................................................................................................57

环境与生物工程学院.....................................................................................................................................................64

环境工程.........................................................................................................................................................................66

生物工程.........................................................................................................................................................................73

辐射防护与核安全.........................................................................................................................................................80

化工学院.........................................................................................................................................................................87

化学工程与工艺.............................................................................................................................................................89

材料化学.........................................................................................................................................................................96

高分子材料与工程.......................................................................................................................................................104

应用化学.......................................................................................................................................................................112

制药工程.......................................................................................................................................................................120

安全工程.......................................................................................................................................................................127

特种能源技术与工程...................................................................................................................................................135

电子工程与光电技术学院.......................................................................................................................................... 143

电子科学与技术...........................................................................................................................................................145

光电信息科学与工程...................................................................................................................................................152

电子信息工程...............................................................................................................................................................159

通信工程.......................................................................................................................................................................166

微电子科学与工程.......................................................................................................................................................173

探测制导与控制技术...................................................................................................................................................180

信息对抗技术...............................................................................................................................................................187

计算机科学与工程学院.............................................................................................................................................. 194

计算机科学与技术.......................................................................................................................................................197

网络工程.......................................................................................................................................................................204

软件工程.......................................................................................................................................................................211

智能科学与技术...........................................................................................................................................................218

经济管理学院...............................................................................................................................................................226

经济学...........................................................................................................................................................................228


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金融学...........................................................................................................................................................................235

国际经济与贸易...........................................................................................................................................................242

工商管理.......................................................................................................................................................................249

市场营销.......................................................................................................................................................................256

人力资源管理...............................................................................................................................................................263

会计学...........................................................................................................................................................................270

财务管理.......................................................................................................................................................................277

信息管理与信息系统...................................................................................................................................................284

电子商务.......................................................................................................................................................................291

能源与动力工程学院...................................................................................................................................................298

建筑环境与能源应用工程.......................................................................................................................................... 300

能源与动力工程...........................................................................................................................................................307

新能源科学与工程.......................................................................................................................................................314

武器发射工程...............................................................................................................................................................321

设计艺术与传媒学院...................................................................................................................................................328

产品设计.......................................................................................................................................................................331

环境设计.......................................................................................................................................................................338

视觉传达设计...............................................................................................................................................................345

工业设计.......................................................................................................................................................................351

工业设计(“3+1”中英合作办学)...................................................................................................................................358

广播电视学...................................................................................................................................................................365

自动化学院...................................................................................................................................................................372

自动化...........................................................................................................................................................................375

轨道交通信号与控制...................................................................................................................................................382

电气工程及其自动化...................................................................................................................................................389

智能电网信息工程.......................................................................................................................................................396

理学院...........................................................................................................................................................................403

数学与应用数学...........................................................................................................................................................407

信息与计算科学...........................................................................................................................................................413

应用统计学...................................................................................................................................................................419

应用物理学...................................................................................................................................................................425

光电信息科学与工程（理）...................................................................................................................................... 434

工程力学.......................................................................................................................................................................441

土木工程.......................................................................................................................................................................448

外国语学院...................................................................................................................................................................455

英语...........................................................................................................................................................................457

日语...........................................................................................................................................................................464

人文与社会科学学院...................................................................................................................................................471


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法学...........................................................................................................................................................................473

社会工作.......................................................................................................................................................................480

公共事业管理...............................................................................................................................................................487

材料科学与工程学院...................................................................................................................................................495

材料科学与工程...........................................................................................................................................................498

材料成型及控制工程...................................................................................................................................................505

材料物理.......................................................................................................................................................................513

纳米材料与技术...........................................................................................................................................................520

附录一：南京理工大学关于制定 2014 版本科培养计划的指导意见...................................................................527

附录二: 南京理工大学本科专业目录（2014.10）..................................................................................................532


机械工程学院机械工程学院由原一系、二系、五系（制造工程学院）组建发展而成，成立于 2001 年，是学校规模

最大、整体实力最雄厚的学院之一。学院拥有一支结构合理、学术思想活跃的教师队伍，有中国工程院院

士、“长江学者”特聘教授、国家杰出青年科学基金获得者、“千人计划”专家和一批入选教育部“新世纪百千

万人才工程”、国防科技工业“511 人才工程”、江苏省“333 工程”、“青蓝工程”、“六大人才高峰”培养对象的

优秀中青年专家。“武器系统与工程”专业课程教学团队被评为国家级教学团队，2 人获江苏省教学名师奖。

学院下设机械设计及自动化系、制造工程及自动化系、机械电子工程系、车辆工程系、仪器科学与工

程系、工业工程系和航空宇航系 7 个系，9 个研究所、3 个国家级工程中心。学院现有教职工 254 人，全

日制在校学生 3401 人，其中本科生 2144 名，硕士研究生 971 名，博士生 286 名。

学院拥有智能弹药技术国防重点学科实验室、机械工程江苏省实验教学示范中心、武器系统与工程江

苏省实验教学示范中心、仪器科学与技术实验教学中心和航空宇航科学与技术实验教学中心，与企业联合

成立了 4 个国家级工程实践教育中心。

学院拥有兵器科学与技术、机械工程、仪器科学与技术、航空宇航科学与技术 4 个一级学科，其中有

3 个国家重点学科，6 个省部级重点（优势）学科，1 个工信部新兴交叉学科。现有 4 个博士后流动站、16

个博士学位授予点、17 个硕士学位授予点、7 个专业学位研究生（工程硕士）培养工程领域，有机械工程、

武器系统与工程、测控技术与仪器、车辆工程、工业工程、飞行器设计与工程、弹药工程与爆炸技术、装

甲车辆工程等 8 个本科专业。其中 2 个国家级特色专业，2 个教育部“卓越工程师”教育培养计划试点专业，

1 个工信部重点专业，2 个江苏省重点专业类。

学院人才培养工作成绩喜人，现有 4 门国家级精品课程、3 门国家精品资源共享课和视频公开课、13

门省级精品（优秀）课程（群）。已出版教材百余部，其中入选国家、省部级规划教材 40 余部，获评国家

级精品教材 3 部，省级精品教材 4 部，兵工高校优秀教材 6 部。获国家级教学成果奖 3 项，省级教学成果

奖 10 项。总计教育培养 24000 多名学生，为国家各行业输送了大批优秀人才，校友中涌现两院院士 6 人、

将军十余人和大量学术界、政界、企业界、工程技术领域杰出人物。

学院注重国际学术交流和联合人才培养，与俄罗斯鲍曼莫斯科国立技术大学、美国代顿大学、美国亚

利桑那州立大学、法国矿业大学联盟、瑞典卡尔斯塔德大学、英国考文垂大学、香港中文大学等建立了合

作关系。发起主办了国际机械工程与力学会议、机电系统与测试技术国际会议、特种装备及工程力学国际

论坛等国际学术活动。


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School of Mechanical Engineering

School of Mechanical Engineering，founded in 1953, is one of the most powerful schools in the NUST. The

School consists of 7 departments: Mechanical Design and Automation, Manufacturing Engineering and

Automation, Mechatronic Engineering, Vehicle Engineering, Instrument Science and Engineering, Industrial

Engineering and Aerospace, as well as 9 research institutes and 3 national engineering centers. Currently, the

school has about 260 faculty and staff, over 3,400 on-campus students, including over 2,100 undergraduates,

about 1,000 master graduate students and about 300 doctoral candidates.

The School has an excellent faculty team, including academicians of Chinese Academy of Engineering,

Cheung Kong Scholars Distinguished Professor ,winners of China National Funds for Distinguished Young

Scientists, experts of the Recruitment Program of Global Experts and a group of outstanding young and mid-aged

experts who have joined the “New Century National Hundred, Thousand and Ten Thousand Talent Project”, “511

Talent Project of National Defense”, “333 Engineering”, “Youth Elites Project (Qinglan Project)” and “Six Talent

Peaks”. The professional teaching team of Weapon Systems and Engineering is awarded the National Teaching

Team. 2 professors have gained the Jiangsu Distinguished Teacher Award.

The School has a Smart Ammunition National Defense Key Laboratory, a Provincial Mechanical Engineering

Experimental Teaching Demonstration Centre, a Provincial Weapons Systems and Engineering Experimental

Teaching Demonstration Centre, Instrument Science and Technology Experimental Teaching Center, Aerospace

Science and Technology Experimental Teaching Center and 4 National Engineering Practice Education Joint

Centers with enterprises.

The School has 4 primary disciplines: Weapons Science and Technology, Mechanical Engineering, Instrument

Science and Technology, Aviation and Aerospace Science and Technology. There are 3 national key disciplines, 6

provincial key disciplines and 1 emerging interdisciplinary in the Ministry of Industry and Information Technology.

The School provides 4 post-doctoral programs, 16 doctoral programs, 17 master programs and 7 professional

master programs (Master of Engineering) educational fields. The School has 8 majors: Mechanical Engineering,

Weapons Systems and Engineering, Measurement and Control Technology and Instruments, Vehicle Engineering,

Industrial Engineering, Flight Vehicle Design and Engineering, Ammunition Engineering and Explosives Techniques

and Armored Vehicle Engineering, among which there are 2 national key majors, 1 ministerial key major and 2

provincial key majors. Weapons Systems Engineering and Mechanical Engineering are selected into the “Excellent

Engineers Plan” of Ministry of Education.

The School has 4 national key courses, 3 national key open courses and 13 provincial key courses. More than

100 textbooks and monographs have been published, including more than 40 national and provincial planning

textbooks, 3 national quality textbooks, 4 provincial quality textbooks and 6 quality textbooks of ordnance

universities. The School has won 3 National Teaching Achievement Awards and 10 Provincial Teaching

Achievement Awards. Over 24,000 excellent graduates have been cultivated for different lines, among whom

there are 6 academicians, over 10 generals and plenty of talents in education, engineering, businesses and

politics.

The School focuses on international academic exchanges and joint education. Partnerships have been


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founded with Russia Bauman State Technical University, University of Dayton, Arizona State University, Institute

Mines-Telecom, Karlstad University, Coventry University, and Chinese University of Hong Kong. The School

initiated and hosted plenty of international academic activities, including International Mechanical Engineering

and Mechanics Conference, the International Conference of Electromechanical Systems and Testing Techniques,

International Forum on Special Equipment and Engineering Mechanics.


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机械工程一、专业介绍

机械工程专业起源于 1953年建校的中国人民解放军军事工程学院（简称“哈军工”）的火炮与自动武器、

弹药与引信技术专业。1974年正式单独设立机械工程专业，1978年起开始招生，1984年获机械制造、机械

学硕士学位授予权，1986年获机械电子工程博士学位授予权，1998 年获机械制造及其自动化博士学位授予

权，2000年获机械工程一级学科博士学位授予权。机械工程专业为江苏省首批品牌专业，江苏省重点专业类，

教育部国家级特色专业建设点，国家级卓越工程师教育培养计划试点专业。机械工程专业融机械设计、机械

制造、机械电子工程于一体，具有“先进制造技术”、“机电一体化控制”的专业特色，培养的毕业生可在科研

院所、高等院校、高新技术企业等部门从事各种机电产品、自动控制系统、制造装备的研发、设计、制造、

控制、检测及经营管理等工作。

二、培养目标

本专业培养具有宽厚的机械工程基本理论和基础知识，能在机械工程领域从事工程设计、机械制造、技

术开发、科学研究、生产组织管理等方面工作的复合型高级工程技术人才。

三、培养要求

本专业学生主要学习数学和其他相关的自然科学知识以及机械设计、机械制造、控制的基本理论和基本

知识，接受机械工程师的基本训练，具备在机械工程领域里从事设计、制造、技术开发、科学研究、生产组

织与管理的基本能力。

毕业生应获得以下几方面的知识与能力：

1. 具有较好的人文社会科学素养、较强的社会责任感和良好的工程职业道德；

2. 掌握从事机械工程工作所需的数学和其他相关的自然科学知识以及一定的经济和管理知识；

3. 掌握机械工程基础理论和专业知识，具有系统的工程实践学习经历；了解机械工程前沿发展现状和趋

势；

4. 掌握在机械工程实践中基本工艺操作等各种技术、技能，具有使用现代化工程工具的能力；具备设计

和实施工程实验的能力，并能够对实验结果进行分析；

5. 具有综合运用所学科学理论和技术方法对机械系统和过程进行系统表达、建立模型、综合分析并提出

解决方案的基本能力，具有对机械工业新产品、新工艺、新技术和新设备进行研究、开发和设计的初步能力，

能够参与生产及运作系统的设计，并具有运行和维护能力；

6. 具有追求创新的态度和意识，掌握基本的创新方法，具备对产品进行技术改造和创新的初步能力；

7. 具有良好的经济、质量、安全、效益、环境、职业健康、法律、伦理和服务意识；

8. 掌握文献检索、资料查询及运用现代信息技术获取相关信息的基本方法；

9. 了解与机械工程相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面的技术

标准、政策、法津、法规，能正确认识工程对于客观世界和社会的影响；

10. 具有一定的组织管理能力、语言文字表达能力和人际交往能力以及在团队中发挥作用的能力；

11. 对终身学习有正确认识，具有不断学习和适应发展的能力；

12. 具有国际视野和跨文化环境下的交流、竞争与合作的初步能力；

13. 具有应对危机与突发事件的初步能力。

四、学制与学位


5

标准学制：四年

修业年限：三至六年

授予学位：工学学士

五、主干学科与交叉学科

主干学科：机械工程、力学、动力工程及工程热物理。

交叉学科：

六、专业核心课程：

理论力学、材料力学、工程图形学、电工学、模拟电路和数字电路、热工基础、控制工程基础、工程

材料及成形工艺、机械设计基础、机械制造基础、机械制造装备等。

七、主要集中实践环节

金工实习、机械设计基础课程设计、机械制造基础课程设计、模拟与数字电路综合实验、毕业实习、

毕业设计、军事训练等。

八、毕业学分要求

本专业学生除修满专业教学计划中规定的必修课以外，还需选修通识教育选修课 8学分、专业选修课

若干，方可达到 175 学分的毕业学分要求。


6

Mechanical EngineeringⅠ. Introductions

Major of Mechanical Engineering, originating in the major of Artillery and Automatic Weapons, Ammunition,

and Fuse Technology of the Harbin Military Engineering Institute, was established in 1953. It began to provide

master programs of Mechanical Manufacturing and Mechanics in 1984, doctoral program of Mechanical and

Electronic Engineering in 1986, doctoral program of Mechanical Manufacturing and Automation in 1998, and

primary discipline doctoral program of Mechanical Engineering in 2000. The Major is one of the earliest established

key major in Jiangsu, national characteristic major construction base of Ministry of Education, pilot major for

Excellent Engineers Plan. The Major, with the characteristic of advanced manufacturing technology and

mechatronics control, integrates mechanical design, mechanical manufacturing and mechanical and electronic

engineering. Graduates are expected to engage in the research, design, manufacture, control, detection and

management of all kinds of mechanical and electronic products and automatic control systems and manufacturing

equipment in research institutes, universities and high-tech enterprises.

Ⅱ. Objectives

The Major aims at training comprehensive engineers and technical talents with basic theory and knowledge of

mechanical engineering to engage in the job of engineering design, mechanical manufacturing, technology

development, scientific research and production organization and management.

Ⅲ. Requirements

Students are required to acquire the basic theory and knowledge of mechanical design, mechanical

manufacturing and control, to receive basic training of mechanical engineer, and to grasp basic ability to engage in

design, manufacturing, technology development, scientific research and production organization and management

in the field of mechanical engineering.

Graduates should obtain knowledge and ability of the following aspects:

1. Have a good quality of humanities and social sciences, a strong sense of social responsibility and good

engineering ethics;

2. Master knowledge of mathematics, other related natural science and certain knowledge of economics and

management needed in the job of mechanical engineering;

3. Master the basic theory and expertise of mechanical engineering, have training experience of engineering

practice and understand the frontiers and trends of mechanical engineering;

4. Master technologies and skills in mechanical engineering practice, have the ability to design and implement

engineering experiments, and analyze the experimental results;

5. Own the ability of describing, modeling, comprehensive analyzing and proposing solutions in mechanical

engineering by applying scientific theories and technical methods, have the preliminary capacity to research,

develop and design new products, new processes, new technologies and new equipment in machinery industry;

6. Have the attitudes and awareness to pursue innovation, master the basic creative methods, own the

preliminary ability of technical improvement and transformation;

7. Have a good awareness of economy, quality, safety, efficiency, environment, occupational health, ethic and

service;


7

8. Master the basic methods of retrieving and information query;

9. Understand the technical standards, policies, laws and regulations on production, design, research and

development, environmental protection and sustainable development of profession and industry related to

mechanical engineering;

10. Have the ability of organization and management, communication and team corporation;

11. Have the ability of self-study and self-development;

12. Gain the ability of communication, competition and cooperation with international perspectives;

13. Have abilities to respond to crises and emergencies of mechanical engineering occurring in projects.

Ⅳ. Length of program and degree

Standard Academic Year: 4 years

Length of Schooling: 3 to 6 years

Degree: Bachelor of Engineering

Ⅴ. Leading Disciplines and Interdisciplinary Subjects

The Leading Disciplines: Mechanical Engineering, Mechanics, Power Engineering and Engineering

Thermophysics.

Interdisciplinary Subjects:.

Ⅵ. Core courses

Theoretical Mechanics，Mechanics of Materials，Engineering Graphics, Electrical Engineering，Analog and

Digital circuits ， Fundamentals of Thermal Engineering, Fundamentals of Control Engineering, Engineering

Material and Forming Technology, Fundamentals of Machine Design, Fundamentals of Mechanical Manufacturing,

Machinery Manufacturing Equipment,etc.

Ⅶ. Collective Practical Teaching Session

Metalworking Practice, Course Design of Mechanical Design Basis, Course Design of Mechanical Manufacturing

Basis, Analog and Digital Circuit Experiment, Production Engineering Investigation, Graduation Project, Military

Training, etc

Ⅷ. Graduation Requirements

To achieve a minimum requirement of 175 credits for graduation, students are required to complete all the

compulsory courses, the optional courses of general education (no less than 8 credits) and some other specialized

optional courses.


8

机械工程专业教学计划进程表Table of Teaching Plan for Major of Mechanical Engineering

课程编号

CourseNo课程名称

Course Name学分

Credit

课内学时

Credit Hours学期 Semester 开课学

院代码

SchoolCode

讲课

Lecture实践

PracticeⅠ Ⅱ Ⅲ Ⅳ Ⅴ Ⅵ Ⅶ Ⅷ

必修课程·通识教育课

Compulsory Course·Course of General Education

07057201 创业教育‖Entrepreneurship Education 1 16 1 007

20000102 大学生职业生涯规划‖Career Planning 0.5 8 0.5 020

14120506 大学英语（Ⅰ）‖College English (Ⅰ) 4 64 4 014

14220506 大学英语（Ⅱ）‖College English (Ⅱ) 4 64 4 014

06000102 计算机导论‖Introduction to Computer 1 16 1 006

20000301 就业指导‖Employment Guidance 0.5 8 0.5 020

21020503 军事理论‖Military Theory 2 16 16 2 033

21020303 军事训练＊‖Military Training＊ 2 80 2 020

88000001 科研训练‖The Scientific Research Training 2 80 2 000

15045202马克思主义基本原理‖Introduction to the BasicPrinciples of Marxism

3 32 16 3 019

15045303

毛泽东思想和中国特色社会主义理论体系概

论 ‖Outline to Mao Zedong Thought and TheTheoretical System of Socialist With ChineseCharacteristics

6 48 48 6 019

15045602思想道德修养与法律基础 ‖Ideological andMoral Cultivation & Basic Law Education

3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021

36000002 形势与政策‖Position & Policy 2 16 16 2 036

15042401中国近现代史纲要 ‖The Outline of ChineseModern and Contemporary History

2 24 8 2 019

必修课程·学科教育课

Compulsory Course·Course of Discipline Education

06000702 Visual C++程序设计‖C++ Programming Design 4 48 16 4 006

06000901 Visual C++课程设计‖Course Design in C++ 1 40 1 006

11120804 大学物理（Ⅰ）‖College Physics (Ⅰ) 3.5 56 3.5 013

11220804 大学物理（Ⅱ）‖College Physics (Ⅱ) 3.5 56 3.5 013

11120904大学物理实验（Ⅰ） ‖Experiments in CollegePhysics (Ⅰ)

1.5 24 1.5 013

11220904大学物理实验（Ⅱ） ‖Experiments in CollegePhysics(Ⅱ)

1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013

05121704 工程图形学（Ⅰ）‖Engineering Graphics(Ⅰ) 3 48 3 001

05221704 工程图形学（Ⅱ）‖Engineering Graphics(Ⅱ) 2.5 28 12 2.5 001

03030404 工科大学化学‖College Chemistry for Engineers 2 32 2 003

01072301机械工程导论 ‖Introduction of MechanicalEngineering

1 16 1 001

11031202 线性代数‖Linear Algebra 2 32 2 013

必修课程·专业基础课

Compulsory Course·Specialized fundamental Course

11020502 材料力学‖Mechanics of Materials 4 58 6 4 013

01023702 测试技术‖Measuring and Testing Techniques 2.5 32 8 2.5 001


9

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


10021301 电工学‖Electrical Engineering 3 40 8 3 004

11022601 概率与统计‖Probability and Statistics 3 48 3 013

16022803 工程材料及成形工艺‖Engineering Material andForming Technology

3 44 4 3 016

11138101工程力学实验（ Ⅰ ）＊ ‖Experiments inEngineering Mechanics(Ⅰ)＊

0.5 8 0.5 013

11238101工程力学实验（ Ⅱ ）＊ ‖Experiments inEngineering Mechanics(Ⅱ)＊

0.5 8 0.5 013

01022201工程流体力学基础＊ ‖Fundamentals of FluidMechanics＊

2 28 4 2 001

05022701互换性与测量技术 ‖Interchangeability andMeasurement Technology

2 26 6 2 001

01124103机械设计基础（ Ⅰ ） ★‖Fundamentals ofMechanical Design(Ⅰ)★

3 42 6 3 001

01224103机械设计基础（ Ⅱ ） ★‖Fundamentals ofMechanical Design(Ⅱ)★

3 42 6 3 001

01024201机械设计基础课程设计 ‖Course Design ofMechanical Design Fundamentals

3 120 3 001

05124205机械制造基础（Ⅰ）‖Fundamentals of MechanicalManufacture(Ⅰ)

2.5 36 4 2.5 001

05224205机械制造基础（Ⅱ）‖Fundamentals of MechanicalManufacture(Ⅱ)

2 28 4 2 001

01049202机械制造基础课程设计＊ ‖Course Design ofMechanical Manufacture Fundamentals＊

2 80 2 001

23020105 金属工艺实习＊‖Metalworking Training＊ 4 160 4 022

01026302控制工程基础 ‖Control EngineeringFundamentals

2.5 34 6 2.5 001

11027802 理论力学‖Theoretical Mechanics 4 62 2 4 013

04126401模拟电路与数字电路（Ⅰ）‖Analog and DigitalCircuits (Ⅰ)

2.5 40 2.5 004

04226401模拟电路与数字电路（Ⅱ）‖Analog and DigitalCircuits (Ⅱ)

2.5 40 2.5 004

04026501模拟与数字电路综合实验 ‖ComprehensiveExperiment of Analog and Digital Circuits

2 80 2 004

01058301 热工基础‖Fundamentals of Thermo-Dynamics 2 28 4 2 001

05027601生产管理与控制‖Production Management andControl

2 28 4 2 001

01028206微机原理及接口技术‖Microcomputer Principleand Interface Technology

3 38 10 3 001

05029703液压与气压传动 ‖Hydraulic and PneumaticTransmission

2 28 4 2 001

必修课程·专业方向课【除公共部分外，任选一组修读】

Compulsory Course·Specialized Course（Choose one group, besides the general courses）

01023402机电传动控制基础 ‖Fundamentals ofElectromechanical Transmission Control

2 26 6 2 001

01067001 机械振动学‖Mechanical Vibrations 2 28 4 2 001

05022302机械制造装备 ‖Machine ManufacturingEquipment

3 44 4 3 001

05027902 数控技术‖Numerical Control Technology 2 28 4 2 001

01031623 毕业设计‖Graduation Project

Ⅰ

14 560 14 001

01027623 毕业实习＊‖Graduation Practice＊ 2 80 2 001

01070101机床电气可编程控制技术‖Machine ToolElectrical Programmable ControlTechnology

2 28 4 2 001

01028002精密与特种加工技术 ‖Precision andSpecial Processing Technology

2 28 4 2 001

01070201先进制造技术综合实验‖ComprehensiveExperiment on Advanced ManufacturingTechnology

1 40 1 001


10

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



Ⅱ

14 560 14 001


01070501电液控制技术 ‖Electro-Hydraulic ControlTechnology

2 32 2 001

01070601电液控制综合实验 ‖ComprehensiveExperiment of Electro-Hydraulic Control

1 40 1 001

01070401液压元件与系统 ‖Hydraulic Componentand System

2 24 8 2 001


Ⅲ

14 560 14 001


01048902机电系统控制电路设计 ‖Control CircuitDesign of Electromechanical System

2 24 8 2 001

01023502机电系统设计 ‖Design ofElectromechanical System

2 28 4 2 001

01036601生产过程控制综合实验‖ComprehensiveExperiment of Production-Process Control

1 40 1 001


Ⅳ

14 560 14 001


01049103机械结构设计与分析‖Design and Analysisof Mechanical Structure

2 28 4 2 001

01070701机械设计综合实验 ‖ComprehensiveExperiment of Mechanical Design

1 40 1 001

01024503 机械系统设计‖Mechanical System Design 2 28 4 2 001


Ⅴ（卓工）

14 560 14 001


05026104成形加工工艺及装备技术‖Technology ofForming Process and Equipment

2 28 4 2 001

23020504机械工程综合实习‖

Comprehensives practice of MechanicalEngineering

2 80 2 022

01026103模具设计与制造‖The Technology of ModelDesigning and Manufacturing

2 28 4 2 001

01070302 模具设计与制造综合实

践 ‖Comprehensive Practice of Design andManufacture of Molds

2 80 2 001

选修课程·专业选修课

Optional Course· Specialized Optional Course

01020104 CAD&CAM 技术‖CAD/CAM Technology 2 24 8 2 001

01072501Visual Basic 程序设计 ‖Visual Basic .NETProgramming

2 32 2 001

01020501单片机原理及应用‖Theory and Application ofSingle Chip Microcomputer

2 24 8 2 001

01035201机电系统仿真与虚拟技术 ‖The Simulation ofElectro-mechanical System and the Technology ofVirtual Propertyping

2 32 2 001

01037101机电系统综合实验‖Comprehensive Experimentof Electromechanical System

1 40 1 001

05025803机器人创新设计与制作基础‖Fundamentals ofRobot Innovative Design and Production

2 24 8 2 001

05025802机器人技术基础 ‖Fundamentals of RobotTechniques

2 30 2 2 001

05032102机器人技术综合实验＊ ‖RoboticsComprehensive Experiment＊

1 40 1 001

01048703机械产品虚拟设计‖Mechanical Product VirtualDesign

2 27 5 2 001

01035701 机械创新设计‖Innovative Machine Design 2 32 2 001

01036702机械创新综合实践 ‖Mechanical InnovationIntegrated Experiment

2 80 2 001


11

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


01036005机械工程新技术专题教授讲座 ‖Lectures onNew Technology of Mechanical Engineering

1 16 1 001

01037001

机械零件三坐标测量及反求综合实

验 ‖Comprehensive Experiment of MechanicalParts Three-Coordinate Measurement andInverse Design

1 40 1 001

01056101 机械设计学‖Mechanical Design 2 32 2 001

01024404机械系统动力学建模与仿真 ‖DynamicsModeling and Simulation of Mechnical System

2 28 4 2 001

01024702 机械优化设计‖Optimal Design of Machine 2 24 8 2 001

01067201 计算流体力学‖Computational Fluid Mechanics 2 32 2 001

01031102可编程控制器及应用‖Programmable Controllerand Application

2 24 8 2 001

01023905 可靠性设计‖Reliability Design 2 32 2 001

01022102 逆向工程技术‖Reverse Engineering Technology 2 28 4 2 001

01071201企业技术管理 ‖Enterprise TechnicalManagement

1 16 1 001

01049403嵌入式微处理器及应用 ‖EmbeddedMicrocomputer and Application

2 24 8 2 001

01027501 人机工程学‖Ergonomics 2 32 2 001

01071001 实用计算方法‖Practical Calculation Method 2 26 6 2 001

05024701 网络与数据库基础‖Network and Database 2 32 2 001

01021001微机电系统设计概论 ‖ An Introduction toMicroelectromechanical Systems Design

2 32 2 001

01070801现场总线与网络化控制 ‖Fieldbus andNetwork-based Control Systems

2 28 4 2 001

01041703现代设计制造一体化综合训练‖ComprehensiveTraining of Mechanical Design and Manufacture

1 40 1 001

01036801液压与气压综合实验 ‖ComprehensiveExperiment of Hydraulic and PneumaticTransmission

1 40 1 001

01035301有限元基础及应用 ‖Basics and Applications ofFinite Element Method

2 26 6 2 001

05032502质量管理与可靠性 ‖Quality Management andReliability

2 28 4 2 001

方向 I 组:必修课程汇总

Group I：Compulsory Courses Total166 1868 1660 25.5 22.5 26 19.5 23.5 24 11 14

方向Ⅱ组:必修课程汇总

GroupⅡ：Compulsory Courses Total166 1868 1660 25.5 22.5 26 19.5 23.5 24 11 14

方向Ⅲ,组:必修课程汇总

GroupⅢ,：Compulsory Courses Total166 1864 1664 25.5 22.5 26 19.5 23.5 24 11 14

方向Ⅳ组:必修课程汇总

GroupⅣ：Compulsory Courses Total166 1868 1660 25.5 22.5 26 19.5 23.5 24 11 14

方向Ⅴ组:必修课程汇总

GroupⅤ：Compulsory Courses Total169 1868 1780 25.5 22.5 26 19.5 23.5 26 10 16

选修课程汇总 ‖Specialized Optional CoursesTotal

55 685 363 14 41

注：1.课程名称标有“＊”的课程为夏季学期开设的课程，I, III, V, VII 分别包含夏季、秋季两个学期，II, IV,Ⅵ,Ⅷ为春季学期；

2.课程名称标有“★”的课程为中文、全英文授课课程，标有“▼”的课程为全英文授课课程，其余课程均为中文授课课程.Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV,Ⅵ,Ⅷ are for spring semester.

2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese.


12

车辆工程一、专业介绍

车辆工程专业源于 1984 年的汽车设计与制造选修方向，1992 年获教育部正式批准建立汽车设计与制

造本科专业，2000 年按着教育部学科专业调整的要求更名为车辆工程专业，为江苏省和工信部重点建设品

牌专业，具有二级学科博士点授予权。本专业不断强化基础教育和师资力量建设，加强学生实践和创新能

力的培养，并与研究生教育、学科建设和科学研究有机结合，相互促进，使专业建设得到有力支撑，形成

了军用暨专用车辆、车辆现代设计与分析、车辆电控与混合动力技术等鲜明的专业特色。毕业生可到国家

有关部门、科研院所、高等院校、企业、高新技术公司从事各种与机械产品和车辆有关的科学研究、设计

开发、产品制造、试验研究和教育培训等工作，也可从事相关的企业管理和经营销售等工作。

二、培养目标

本专业培养具备扎实的机械和车辆工程专业基础理论和基础知识，具备相应的工程实践能力，熟练掌

握外语技能，具有积极的创新能力和创新意识，具有一定的国际视野，适应能力强，德智体全面发展的高

级工程技术人才。

三、培养要求

本专业学生主要学习机械设计、制造、电工电子技术、计算机技术、信息处理技、控制工程、流体与

热工学等基础理论以及车辆构造、车辆设计、汽车理论及车辆电控制等方面的专业知识，接受现代机械工

程师的基本训练，使其具有从事车辆设计、制造，试验、检测、运行管理等方面的能力。


1. 具有人文社会科学素养、社会责任感和工程职业道德；

2. 具有从事工程工作所需的相关数学、自然科学以及一定的工业美学和经济管理知识；

3. 掌握机械工程、工程力学、电工电子技术、计算机应用技术、自动化、测试技术、市场经济及企业

管理等机械工程基本理论和基本知识，掌握车辆构造、理论、设计、电子控制等专业知识和车辆产品的设

计制造方法，具有系统的工程实践学习经历；了解机械工程和车辆工程学科的前沿技术、发展动态和行业

需求；

4. 具备设计和实施工程实验的能力，并能够对实验结果进行分析；

5. 掌握基本的创新方法，具有追求创新的态度和意识；具有工程制图、计算、实验、测试、计算机应

用的基本能力，并具备一定的综合运用所学知识分析和解决车辆产品的设计开发、技术升级改造与创新的

能力，设计过程中能够综合考虑经济、环境、法律、安全、健康、伦理等制约因素；


7. 了解与本专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面的方针、

政策和法津、法规，能正确认识工程对于客观世界和社会的影响；

8. 具有一定的组织管理能力、表达能力和人际交往能力以及在团队中发挥作用的能力；


10. 具有国际视野和跨文化的交流、竞争与合作能力。





13



主干学科：机械工程、力学

交叉学科：材料科学与工程、电子科学与技术、控制科学与工程、计算机科学与技术


工程图学、理论力学，材料力学、机械设计基础、机械制造基础、控制工程基础、工程材料及成形工

艺、测试技术、电工学、模拟电路与数字电路、工程流体力学、热工学、汽车构造、汽车理论、汽车设计，

车辆动力装置、汽车实验学、专业融合与创业创新等。


军事训练、金工、电工电子实习、认识实习、毕业实习、社会实践、课程设计、毕业设计（论文）等。


本专业学生除修满专业教学计划中规定的必修课以外，还需选修通识教育选修课 8 学分、专业选修课



14

Vehicle EngineeringⅠ. Introduction

Vehicle Engineering, originating in the major of mechanical engineering, was established in 1989. It began to

provide master programs of vehicle engineering in 1995, doctoral program of vehicle engineering in 2000. With

the characteristics of modern vehicle design and manufacturing technology, mechatronics control, electric and

hybrid vehicle. It is the provincial key major in Jiangsu, and also is key construction branding specialty of the

Ministry of Industry. Graduates are expected to engage in the research, design, manufacture, and management

of all kinds of automobile, tractor, locomotive vehicle, military vehicle and engineering vehicles in research

institutes, universities and high-tech enterprises.

Ⅱ. Objectives

The major aims at training comprehensive engineers and technical talents with basic theory and knowledge of

vehicle engineering to engage in the job of vehicle design, manufacturing, technology development, scientific

research and production organization and management.

Ⅲ. Requirements

Students are required to acquire the basic theory and knowledge of vehicle design, manufacturing,

testing metrological technology and control technology, to receive basic training of vehicle engineer, and to grasp

basic ability to engage in design, manufacturing, technology development, scientific research and production

organization and management in the field of vehicle engineering.



engineering ethics;

2. Master knowledge of mathematics, other related natural science and certain knowledge of economics and

management needed in the job of mechanical engineering;

3. Master the basic theory and expertise of vehicle engineering, have training experience of engineering


4. Master technologies and skills in vehicle engineering practice, have the ability to design and implement

engineering experiments, and analyze the experimental results;

5. Own the ability of describing, modeling, comprehensive analyzing and proposing solutions in vehicle

engineering by applying scientific theories and technical methods, have the preliminary capacity to research,

develop and design new products, new processes, new technologies and new equipment in machinery industry;

6. Have the attitudes and awareness to pursue innovation, master the basic creative methods, own the

preliminary ability of technical improvement and transformation;

7. Have a good awareness of economy, quality, safety, efficiency, environment, occupational health, ethic and

service;


9. Understand the vehicle technical standards, policies, laws and regulations on production, design, research

and development, environmental protection and sustainable development of profession and industry related to

mechanical engineering;


15

10. Have the ability of organization and management, communication and team spirit;



13. Have abilities to respond to crises and emergencies of mechanical engineering occurring in projects.

Ⅳ. Length of Program and Degree

Standard Length: Four Years

Duration: Three to Six Years

Degrees Conferred: Bachelor of Engineering

Ⅴ. Leading Disciplines & Interdisciplinary Subjects

Leading Disciplines: Mechanical Engineering, Mechanics, Power Engineering and Engineering Thermophysics.

Interdisciplinary Subjects: Materials Science and Engineering，Electronic Science and Technology，Control

Science and Engineering，Computer Science and Technology.

Ⅵ. Core Courses

Engineering Graphics, Theoretical Mechanics, Mechanics of Materials, Fundamentals of Mechanical Design,

Fundamentals of Mechanical Manufacture, Fundamentals of Control Engineering, Engineering Materials and

Forming Technology, Measuring and Testing Techniques, Electrical Engineering, Analog and Digital Circuit,

Engineering Fluid Mechanics, Automobile Construction, Automobile Theory, Automobile Design, Automobile

Powertrain, Automobile Experimental Science, Specialized Integration and Entrepreneurial Innovation, etc.




Training, etc.




optional courses.


16

车辆工程专业教学计划进程表Table of Teaching Plan for Major of Vehicle Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019








1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013




1 16 1 001

11031202 线性代数‖Linear Algebra 2 32 2 013必修课程·专业基础课






17

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




0.5 8 0.5 013


0.5 8 0.5 013

01022201工程流体力学基础＊ ‖Fundamentals of FluidMechanics＊

2 28 4 2 001


3 42 6 3 001


3 42 6 3 001


3 120 3 001

05124205机械制造基础（Ⅰ）‖Fundamentals of MechanicalManufacture(Ⅰ)

2.5 36 4 2.5 001

05224205机械制造基础（Ⅱ）‖Fundamentals of MechanicalManufacture(Ⅱ)

2 28 4 2 001



2.5 34 6 2.5 001



2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004

01058301 热工基础‖Fundamentals of Thermo-Dynamics 2 28 4 2 001

01028204微机原理及应用★‖Microcomputer Principlesand Application★

2.5 32 8 2.5 001

05029703液压与气压传动 ‖Hydraulic and PneumaticTransmission

2 28 4 2 001

必修课程·专业方向课（卓工）

Compulsory Course·Specialized Course

01031624 毕业设计‖Graduation Project 14 560 14 001

01037702汽车拆装与驾驶实习＊ ‖Practice of VehicleDisassembling and Driving ＊

2 80 2 001

01052201车辆专业综合课程设计＊ ‖Vehicle IntegratedCourse Design＊

2 80 2 001



2 80 2 022

01027624 毕业实习‖Graduation Practice 2 80 2 001

01022002 车辆动力装置‖Vehicle Powertrain 2 28 4 2 001

01026902汽车电器与电子学 ‖Automobole ElectricAppliance and Electronics

2 24 8 2 001

01027002 汽车构造‖Automobile Construction 3.5 30 26 3.5 001

01027103 汽车理论‖Automobile Theory 2.5 30 10 2.5 001

01027202 汽车设计‖Automobile Design 2 32 2 001

01054201 汽车实验学‖Automobile Experimental Science 1.5 16 8 1.5 001选修课程·专业选修课



2 32 2 001

01020106车辆 CAD&CAE 技术＊ ‖Vehicle CAD&CAETechnology＊

2.5 24 16 2.5 001

01036004车辆工程教授系列讲座＊‖Lectures on VehicleEngineering＊

1 16 1 001


18

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 24 8 2 001

16022803工程材料及成形工艺‖Engineering Material andForming Technology

3 44 4 3 016


2 26 6 2 001

01024405机械系统动力学 ‖Dynamics of MechanicalSystem

2 28 4 2 001




2 24 8 2 001


01026703汽车车身结构与设计 ‖Automobile BodyStructure and Design

2.5 32 8 2.5 001

01035002汽车环境工程 ‖Automobile EnvironmentEngineering

2 32 2 001

01058701 汽车热管理‖Automotive Thermal Management 2 32 2 001

01034901 汽车新技术‖New Technology of Automobile 2 32 2 001

01057701汽车振动与噪声控制 ‖Vibration and NoiseControl of Automobile

2.5 34 6 2.5 001


2 24 8 2 001



2 28 4 2 001



01021001微机电系统设计概论 ‖An Introduction toMicroelectromechanical Systems Design

2 32 2 001

01058601新能源汽车理论与设计 ‖New EnergyAutomobile Theory and Design

2 32 2 001


2 26 6 2 001

01027203 专用汽车设计‖Speciality Vehicle Design 2 32 2 001

01077401专业融合与创业创新 ‖Specialized Integrationand Entrepreneurial Innovation

1 16 1 001

必修课程汇总‖Compulsory Courses Total 160 1710 1794 25.5 22.5 26 16.5 23 21 9.5 16选修课程汇总 ‖Specialized Optional CoursesTotal

52.5 748 92 3 5.5 15.5 28.5





19

工业工程一、专业介绍

工业工程专业于 1999 年设立，为江苏省特色专业，2008 年列为国防紧缺专业建设点。具有自主设置

的一级学科博士点，相关的“机械工程”学科为江苏省重点学科，机械类为江苏省重点专业类。专业成立以

来不断强化基础教育和师资队伍建设，注重学生实践和创新能力培养，并与研究生教育、学科建设和科学

研究有机结合，逐步形成了制造业信息化、生产现场管理、物流与供应链管理、复杂产品和系统全生命周

期生产运作管理、控制和费用分析的专业特色。毕业生能够在相关国家政府部门、企事业单位、科研院校

和公司，从事相关的生产系统和服务系统的规划、设计、管理、控制、咨询、评价和优化等工作。

二、培养目标

本专业培养具备坚实的自然科学、社会科学和现代制造工程技术基础，并掌握和具备运筹和统计、基

础工业工程、工效学、企业经营管理和决策、质量与可靠性、复杂系统运营和项目管理、物流与供应链、

技术经济分析和现代信息技术应用等方面的基本理论和知识、素质和能力。

三、培养要求

本专业学生主要学习机械制造基础、电子技术基础、计算机应用基础等机电工程技术知识，以及经济

学、管理学、系统工程学、运筹学、统计学、工程管理等工业工程方面的基本理论和基本知识，具备能够

在企业、公共组织等多种产业部门从事生产及运营管理等技术或管理工作的综合素质和能力。

毕业生应获得以下几方面的知识和能力：

1. 具有人文社会科学素养、社会责任感和工程职业道德；

2. 具有从事工业工程工作所需的相关数学、自然科学以及经济学、管理学、运筹学、统计学和系统工

程学等基本理论、知识和方法；

3. 掌握工业工程基础理论和专业知识，具有系统的工程实践学习经历；了解工业工程前沿发展现状和

趋势；

4.掌握在工业工程实践中的基本技术与技能；具备产品和服务系统的规划、设计、管理、控制、咨询、

评价与优化的能力；

5. 具有综合运用所学科学理论和技术方法对工业工程涉及的系统和过程进行表达、建模、综合分析并

提出解决方案的基本能力，具有对机械工业新产品、新工艺、新技术和新设备进行研究、开发和设计的初

步能力；

6. 具有追求创新的态度和意识，掌握基本的创新方法，具备对产品进行技术改造和创新的初步能力；

7. 具有良好的经济、质量、安全、效益、环境、职业健康、法律、伦理和服务意识；


9. 了解与工业工程相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面的技

术标准、政策、法津、法规，能正确认识工程对于客观世界和社会的影响；

10. 具有一定的组织管理能力、语言文字表达能力和人际交往能力以及在团队中发挥作用的能力；


12. 具有国际视野和跨文化环境下的交流、竞争与合作的初步能力；

13. 具有应对危机与突发事件的初步能力。



20





主干学科：机械工程、管理科学与工程、物流管理与工程

交叉学科：


运筹学、概率与统计、企业管理学、基础工业工程、设施规划与物流分析、人因工程、生产管理与控

制、质量管理与可靠性、成本管理、制造系统建模与仿真和企业物流与供应链管理等。


军事训练、金属工艺实习、综合课程设计、毕业实习、本科生科研训练、毕业设计、现代设计制造一

体化综合训练、生产过程控制综合实验等。





21

Industrial Engineering

Ⅰ. IntroductionIndustrial Engineering, originating in the major of mechanical engineering, was established in 1999. It began

to provide master programs of industrial engineering in 2000. It is a provincial key major in Jiangsu, with thecharacteristics of manufacturing information, production management, logistics & supply chain management,complex life cycle production operations management, control and cost analysis of products and systems.Graduates are expected to engage in the planning, design, management, control, consultation, evaluation andoptimization for production and service system in research institutes, universities and high-tech enterprises.

Ⅱ. ObjectivesThe major aims at training comprehensive engineers and technical talents with basic theory and knowledge

of industrial engineering to engage in the job of planning, design, management, control, consultation, evaluation,optimization and innovation for production and service system.

Ⅲ. RequirementsStudents are required to acquire the basic theory and knowledge of manufacturing information, production

management, logistics & supply chain management, complex life cycle production operations management,control and cost analysis of products and systems, to receive basic training of industrial engineer, and to graspbasic ability to engage in the production, operation and service management system analysis, planning, design,management & control, quality control, evaluation and standardization.

Graduates should obtain knowledge and ability of the following aspects:1. Have a good quality of humanities and social sciences, a strong sense of social responsibility and good

engineering ethics;2. Master knowledge of mathematics, other related natural science and certain knowledge of economics

and management needed in the job of industrial engineering;3. Master the basic theory and expertise of industrial engineering, have training experience of engineering

practice and understand the frontiers and trends of industrial engineering;4. Master techniques and skills in industrial engineering practice, have the ability in planning, design,

management, control, consultation, evaluation and optimization for production and service system;5. Own the ability of describing, modeling, comprehensive analyzing and proposing solutions in industrial

engineering by applying scientific theories and technical methods, have the preliminary capacity to research,develop and design new processes, new products, new technologies and new equipment in machinery industry;

6. Have the attitudes and awareness to pursue innovation, master the basic creative methods, and own thepreliminary ability of technical improvement and transformation;

7. Have a good awareness of economy, quality, safety, efficiency, environment, occupational health, ethicand service;

8. Master the basic methods of retrieving and information query;9. Understand the technical standards, policies, laws and regulations on production, design, research and

development, environmental protection and sustainable development of profession and industry related toindustrial engineering;

10. Have the ability of organization and management, communication and team spirit;11. Have the ability of self-study and self-development;12. Gain the ability of communication, competition and cooperation with international perspectives;13. Have abilities to respond to crises and emergencies of mechanical engineering occurring in projects.Ⅳ. Length of Program and Degree


22

Standard Length: Four YearsDuration: Three to Six YearsDegrees Conferred: Bachelor of EngineeringⅤ. Leading Disciplines & Interdisciplinary SubjectsThe Leading Disciplines: Mechanical Engineering; Management Science and Engineering; Logistics

Management and Engineering.Interdisciplinary Subjects:Ⅵ. Core CoursesOperations Research, Probability and Statistics, Microeconomics, Business Management, Basis of Industrial

Engineering, Facilities Planning and Logistics Analysis, Human Factors Engineering, Production Management andControl, Quality Management and Reliability, Product Development Project Management, Cost Management,Modeling and simulation of manufacturing system and Business Logistics and supply chain management ,etc.

Ⅶ. Collective Practical Teaching SessionMetalworking Practice, Course Design of Mechanical Design Basis, Comprehensive Course Design,

Synthetic Project on Industrial Engineering, Senior Practice in Engineering, Comprehensive Experiment ofProduction-process Control, Synthetic Experiment on Production-process Control, Synthetic Project on Life-cycleCost Analysis, Graduation Project, Military Training, etc.

Ⅷ. Graduation RequirementsTo achieve a minimum requirement of 175 credits for graduation, students are required to complete all the

compulsory courses, the optional courses of general education (no less than 8 credits) and some otherspecialized optional courses.


23

工业工程专业教学计划进程表Table of Teaching Plan for Major of Industrial Engineering

课程编号

Course No课程名称

Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019








1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013




1 16 1 001





24

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践





16022803工程材料及成形工艺‖Engineering Material andForming Technology

3 44 4 3 016


0.5 8 0.5 013


0.5 8 0.5 013


3 42 6 3 001


3 42 6 3 001


3 120 3

05124205机械制造基础（ Ⅰ ） ‖Fundamentals ofMechanical Manufacture(Ⅰ)

2.5 36 4 2.5 001

05224205机械制造基础（ Ⅱ ） ‖Fundamentals ofMechanical Manufacture(Ⅱ)

2 28 4 2 001

01049202机械制造基础课程设计＊ ‖Course Design ofMechanical Manufacture Fundamentals＊

2 80 2 001

05021802基础工业工程＊ ‖Fundamentals of IndustrialEngineering＊

2 28 4 2 001




2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004

01071401 企业管理学‖Enterprise Management 2 32 2 001


2.5 32 8 2.5 001

05024705数据库基础及应用‖Fundamentals of Databaseand Application

2.5 40 2.5 001


2.5 32 8 2.5 001

07032201 运筹学‖Operational Research 3 44 4 3 007







2 80 2 022

05022803工业工程综合课程设计‖Industrial EngineeringComprehensive Course Design

2 80 2 001

01050201产品开发项目管理 ‖Product DevelopmentProject Management

2 32 2 001

01043601 成本管理‖Cost Management 2 32 2 001

05022504 企业信息化‖Enterprise Informationization 2 24 8 2 001

01027504 人因工程‖Human Factors 2 24 8 2 001

05027401设施规划与物流分析 ‖Facility Planning andLogistics Analysis

2.5 32 8 2.5 001


25

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


05032502质量管理与可靠性 ‖Quality Management andReliability

2 28 4 2 001





2 32 2 001

01020501单片机原理及应用 ‖Theory and Application ofSingle Chip Microcomputer

2 24 8 2 001

11039102 工程经济学‖Engineering Economics 2 28 4 2 013


2 28 4 2 001



01058001 价值工程‖Value Engineering 2 32 2 001

01036003 教授系列讲座‖Professor Lecture Series 1 16 1 001


2 24 8 2 001


01048502企业决策支持技术‖Enterprise Decision SupportTechnology

2 32 2 001

05032603企业物流与供应链管理‖Enterprise Logistics andSupply Chain Management

2 32 2 001


2 24 8 2 001

05027002软件工程导论 ‖Introduction of SoftwareEngineering

2 32 2 001

01058201设备维护工程 ‖Equipment MaintenanceEngineering

2 32 2 001

01036601生产过程控制综合实验 ‖ComprehensiveExperiment of Production-Process Control

1 40 1 001


01054501网络与系统集成 ‖Network and SystemIntegration

2 28 4 2 001

07029802 微观经济学‖Microeconomics 3 48 3 007


2 32 2 001

01041703现代设计制造一体化综合训练

＊‖Comprehensive Training of Mechanical Designand Manufacture＊

1 40 1 001


2 26 6 2 001

05032701制造系统建模与仿真‖Modeling and Simulationof Manufacturing System

2.5 36 4 2.5 001

必修课程汇总‖Compulsory Courses Total 163 1792 1760 25.5 22.5 26 19.5 20.5 23 12 14


46.5 644 148 3 14 29.5





26

武器系统与工程一、专业介绍

武器系统与工程专业始建于 1953年成立的中国人民解放军军事工程学院（简称哈军工）炮兵工程系。

哈军工创建时就设有火炮、步兵武器、火箭发射架、炮弹、火箭弹、引信等专业，1971年原太原机械学院（现

中北大学）的枪炮专业并入我校相关专业，1978年西北工业大学航空武器专业并入我校相关专业。1998年

我校按照教育部新修订的专业目录对武器类专业进行整合，成立了武器系统与工程专业，1999年开始招生，

下设地面武器机动工程、弹药工程与爆炸技术、武器系统与发射工程和探测制导与控制 4个二级专业。目前，

本专业包括火炮、轻武器、火箭炮、火箭弹和引信专业方向，以及武器发射系统和智能弹药卓越工程师专业

方向。

本专业是国家级特色专业、卓越工程师培养计划试点专业、高等学校专业综合改革试点专业、江苏省品

牌专业、江苏省重点建设专业。本专业师资队伍实力雄厚，为国家级优秀教学团队，教学水平在国内同专业

中处于领先地位。本专业对应的 “兵器科学与技术”学科为国家级重点学科，拥有国家重点实验室，国家首批

博士点和博士后流动站；以及“机械电子工程”、“控制理论与控制工程”、“通信与信息系统”为江苏省重点学

科。

多年来，本专业秉承哈军工优良传统，以建设强大国防为己任，培养出大批高质量专业技术人才，在国

家有关部门、科研院所、高等院校、部队、企业和管理部门，从事武器及机电系统设计、技术开发、产品研

制、实验测试和科技管理等方面的工作，发挥着引领与骨干作用。

二、培养目标

本专业培养具备武器系统总体及其子系统技术，以及机械工程和自动化等相关民用工程技术等方面的良

好基础理论知识、扎实的专业知识、持续自主学习能力、综合运用知识的能力、熟练的专业技能与工程实践

能力，能够适应本专业发展的基本需要，可以继续攻读硕士学位，能在国家有关部门、科研单位、高等学校、

部队、企业和管理部门从事武器系统以及机械系统设计、技术开发、产品制造、实验测试和科技管理等方面

工作，具有较好的人文社科和管理知识、良好的职业道德素质、身心健康、全面发展的高素质工程科技人才。

三、培养要求

本专业学生主要学习武器系统总体及其子系统技术，以及机械工程和自动化等相关民用工程技术方面的

基本理论和专业知识，受到武器系统设计、技术综合、产品研制、实验测试及工程管理方面的基本训练，具

备武器系统分析与综合、工程设计与计算、计算机应用、试验检测、科技管理等方面的基本能力。

毕业生应具有良好素质，获得以下几方面的知识和能力：

1. 具有良好的职业道德，强烈的敬业精神和社会责任感，丰富的人文素养；

2. 掌握兵器科学与技术、力学、机械工程、电子科学与技术、控制科学与工程等学科的基本理论和专业

知识；掌握武器系统与工程的分析与设计方法及产品研制技术；熟悉国家有关技术经济和国防建设的方针、

政策及法规；了解武器系统战技性能与评估、工作原理与构造、武器运用与工程保障等基本理论与专业知识；

了解当代武器系统及相关民用工程技术领域的发展现状与趋势；

3. 具有综合运用所学科学理论，分析和解决解决工程技术问题的基本能力；

4. 具有一定的科学研究和实际工作能力；具有一定的批判性思维和创新意识；

5. 掌握文献检索、资料查询的基本方法，具有信息获取、知识更新和终身学习能力；

6. 具有良好的质量、环境、职业健康、安全和服务意识；具有武器专业试验，以及应对突发事件应急处


27

理的初步能力；

7. 具有一定国际视野，较强的交流沟通、环境适应、语言表达、团队合作和工程管理的能力。





五、主干学科和交叉学科

主干学科: 兵器科学与技术

交叉学科：力学、机械工程、控制科学与工程

六、专业核心课程

工程力学、机械设计与制造基础课群、电工电子技术、自动控制基础、计算机及其应用课群、传感与动

态检测技术、武器构造、弹道学、武器系统分析与设计理论课群等必修课程，以及武器专用技术课群、机械

自动化技术课群等选修课程。


军事训练、金工实习、计算机操作与工程应用软件实训、电子实习、专业综合课程设计、科技训练、毕

业实习、毕业设计等。





28

Weapon System and EngineeringⅠ. Introduction

Weapon System and Engineering is a national distinguished major. The research areas cover the following 7

directions, i.e., artillery, infantry weapons, rocket launcher, rocket ammunition and fuse, weapon launching system

and intelligent ammunition. The Major is also a pilot major of the “Excellent Engineers Plan” of Ministry of

Education, a provincial key major in Jiangsu. The Major has an excellent faculty team with outstanding experts at

different research directions. It offers bachelor, master and doctor degree, and also provides post-doctoral program.

Ⅱ. Objectives

The Major aims at training comprehensive engineers and technical talents with basic theory and knowledge

of weapon system and engineering, to engage in the relevant fields of scientific research, technology innovation,

engineering design, product manufacturing, production organization and management .

Ⅲ. Requirements

Students are required to obtain the basic theory and knowledge of the general technology of weapon systems

and their subsystem technology, as well as the basic theory and professional knowledge of Mechanical Engineering,

Automation and some other relevant civil engineering, to receive basic training in weapon system designing,

technology integrating, product developing, experimental testing and technology management, and acquire the

basic abilities for the jobs of comprehensive weapon system analysis, engineering design and calculation, computer

application, test and detection, management of science and technology, etc.


1. Have a good understanding of humanities and social sciences, a strong sense of social responsibility and

good engineering ethics;

2. Master the basic theory and professional knowledge of relevant disciplines, including mechanics, mechanical

engineering, electronic science and technology, control Science and Engineering, etc.; Acquire the analysis and

design methods of weapon system and engineering, as well as the relevant product research and development

technology; Be aware of the basic theory and professional knowledge for the tactical and technical performance

evaluation of weapon system, as well as their working principle and structure, utilization and engineering support;

Be aware of the current situation and development trend in weapon system and relevant technical field of civil

engineering;

3. Master technologies and skills in ammunition engineering and explosion techniques, have the ability to

design and implement engineering experiments, and analyze the experimental results;

4. Have the preliminary capacity to research, develop and design new products, new processes, new

technologies and new equipment in ammunition engineering and explosion techniques;

5. Master the basic methods of retrieving and information query. Have the ability of self-study and

self-development;

6. Equip with basic economic, environmental, legal, safety, health, ethics skills to solve engineering problems;





29



Ⅴ. Lleading disciplines & interdisciplinary subjects

The Leading Disciplines: Weapons Science and Technology

Interdisciplinary Subjects: Mechanics, Mechanical Engineering, Control Science and Engineering

Ⅵ. Core courses

Engineering Mechanics, Fundamentals of Machine Design, Fundamentals of Mechanical Manufacturing,

Analog and Digital circuits, Fundamentals of Control Engineering, Sensors and Testing Technology, Structures of

Automatic Weapon, Ballistics, Modern Design Method of Rocket Weapon System.




Training, etc.




optional courses.


30

武器系统与工程专业教学计划进程表Table of Teaching Plan for Major of Weapon System and Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



06000602Visual Basic 程序设计 ‖Visual BasicProgramming Design

3 32 16 3 006

06001001Visual Basic 课程设计‖Course Design in VisualBasic

1 40 1 006



11120904大学物理实验（Ⅰ）‖Experiments in CollegePhysics (Ⅰ)

1.5 24 1.5 013

11220904大学物理实验（Ⅱ）‖Experiments in CollegePhysics(Ⅱ)

1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013











31

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



16022803工程材料及成形工艺 ‖Engineering Materialand Forming Technology

3 44 4 3 016

11138101 工程力学实验（Ⅰ）‖Experiments in EngineeringMechanics(Ⅰ)

0.5 8 0.5 013

11238101工程力学实验（Ⅱ）‖Experiments in EngineeringMechanics(Ⅱ)

0.5 8 0.5 013

01022201工程流体力学基础 ‖Fundamentals of FluidMechanics

2 28 4 2 001


2 26 6 2 001

01124103机械设计基础（Ⅰ ） ★‖Fundamentals ofMechanical Design(Ⅰ)★

3 42 6 3 001

01224103机械设计基础（Ⅱ ） ★‖Fundamentals ofMechanical Design(Ⅱ)★

3 42 6 3 001


3 120 3 001


2.5 36 4 2.5 001


2 28 4 2 001


2.5 34 6 2.5 001



2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004


2.5 32 8 2.5 001

01030301 武器专业导论‖Introduction of Weapon Major 1 16 1 001

必修课程·专业方向课【任选一组修读】

Compulsory Course·Specialized Course（Choose one group）


Ⅰ

14 560 14 001


01050301 火炮弹道学＊‖Artillery Ballistics＊ 2 28 4 2 001

01050601火炮反后坐装置设计 ‖Design of RecoilMechanism for Artillery

2 28 4 2 001

01038802 火炮构造‖Artillery Construction 3 40 8 3 001

01071801火炮设计理论课程设计＊‖Course Designof Artillery Design Theory ＊

2 80 2 001

01038901火炮实验技术 ‖Artillery ExperimentTechnology

2 16 16 2 001

01050502火炮自动机设计 ‖Design of AutomaticMechanism of Artillery

1.5 24 1.5 001

01050402 炮身设计‖The Design of Gun Tubes 1.5 24 1.5 001


Ⅱ

14 560 14 001


01023303自动武器弹道学＊‖Ballistics of AutomaticWeapon＊

2 32 2 001

01030001自动武器动力学‖Dynamics of AutomaticWeapon

2 30 2 2 001

01030102自动武器构造 ‖Structures of AutomaticWeapon

2 24 8 2 001

01030206自动武器结构设计 ‖Structure Design ofAutomatic Weapon

2 32 2 001

01071802 自动武器课程设计＊ ‖Course Design of 2 80 2 001


32

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Automatic Weapon＊

01026605自动武器气体动力学 ‖Gas Dynamics ofAutomatic Firearm

2 32 2 001

01056001自动武器实验技术 ‖Automatic WeaponExperiment Technology

2 16 16 2 001


Ⅲ

14 560 14 001


01022607固体火箭发动机气体动力学 ‖GasDynamics in Solid Rocket Engine

2 32 2 001

01022602固体火箭发动机原理‖Principles of SolidRocket Engine

2 32 2 001

01022701火箭弹构造与作用＊ ‖Construction andFunction of Rocket Projectile＊

2 32 2 001

01071803火箭弹课程设计＊ ‖Course Design ofRocket Projectile ＊

2 80 2 001

01022804 火箭弹设计‖Rocket Projectile Design 2 32 2 001

01055901火箭弹外弹道基础 ‖Fundamentals ofRocket Exterior Ballistics

2 32 2 001

01022901火箭实验技术 ‖Measuring Technique forSolid Rocket Motor

2 16 16 2 001


Ⅳ

14 560 14 001


01040404现代引信目标探测与识别‖Modern FuzeTarget Detecting and IdentifyingTechnology

2.5 34 6 2.5 001

01024603 现代引信设计‖Modern Fuze Design 3 48 3 001

01039901引信工程基础＊ ‖Fundamentals of FuzeEngineering ＊

2 30 2 2 001

01031404引信构造与作用 ‖Construction andFunctioning of Fuzes

2.5 32 8 2.5 001

01039701引信实验技术‖Experimental Techniquefor Fuze

2 20 12 2 001

01071804引信综合课程设计＊‖ComprehensiveCourse Design of Fuze＊

2 80 2 001


Ⅴ

14 560 14 001


01055603火箭发射燃气流动与仿真‖Gas Flow andSimulation of Rocket Launching

2 26 6 2 001

01039401火箭发射系统结构分析＊‖StructureAnalysis of Rocket Launching System＊

2 28 4 2 001

01039302火箭发射系统设计‖Design of RocketLaunching System

2.5 32 8 2.5 001

01039605火箭发射系统实验技术‖ExperimentMethodology of Rocket Launching System

1.5 8 16 1.5 001

01055002火箭发射装置工艺学‖Rocket LauncherTechnology

2 32 2 001

01051002火箭发射装置控制系统设计‖Design ofRocket Launcher Control System

2 32 2 001

01071805火箭炮课程设计＊‖Course Design ofRocket Launcher ＊

2 80 2 001

64020101靶场实习＊‖Practice in Shooting Ground＊

Ⅵ（卓工）

1 40 1 064



01050304 弹道学＊‖Ballistics＊ 2.5 36 4 2.5 001

01040102弹药工程设计概论 ‖Introductionof Ammunition Engineering Design

2 32 2 001


33

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


01071807发射系统综合课程设计

＊ ‖Comprehensive Course Design ofRocket Projectile ＊

2 80 2 001



2 80 2 022

01072601火控系统设计概论‖Introduction of FireControl System Design

2 32 2 001

01073201武器发射系统仿真和优化技术‖WeaponLaunching System Simulation andOptimization Technology

2 32 2 001

01072901武器发射系统结构分析 ‖StructuralAnalysis of Weapon Launch System

3 40 8 3 001

01073001武器发射系统设计理论‖Design Theoryof Weapon Launch System

3 48 3 001

01073101武器发射系统自动化技术‖AutomationTechnology of Weapon Launch System

2 30 2 2 001

01073301武器发射系统总体技术 ‖GeneralTechnology of Weapon Launch System

2 32 2 001

01072701武器实验技术 ‖Weapon ExperimentalTechniques

2 16 16 2 001

01073401武器制造工艺‖Weapon ManufacturingProcess

2 80 2 001


Ⅶ（卓工）

1 40 1 064



01050304 弹道学＊‖Ballistics＊ 2.5 36 4 2.5 001

01073601弹药毁伤技术‖

Ammunition Damage Technology2 32 2 001



2 80 2 022

01073901固体火箭发动机基础‖Fundamentals ofSolid Rocket Engine

2 32 2 001

01072601火控系统设计概论‖Introduction of FireControl System Design

2 32 2 001

01073002武器发射系统设计概论‖Introduction ofWeapon Launch System Design

2 32 2 001

01072701武器实验技术 ‖Weapon ExperimentalTechniques

2 16 16 2 001

01073402武器制造工艺‖Weapon ManufacturingProcess

2 80 2 001

01073801智能弹药设计理论 ‖IntelligentAmmunition Design Theory

3 48 3 001

01073501智能弹药原理与构造‖Principles andStructures of Intelligent Ammunition

3 48 3 001

01073701智能弹药制导与控制基

础 ‖Fundamentals of IntelligentAmmunition Guided and Control System

2 32 2 001

01071808智能弹药综合课程设计

＊ ‖Comprehensive Course Design ofIntelligent Ammunition＊

2 80 2 001



01072401 C++程序设计‖C++ Programming 2 32 2 001



2 24 8 2 001

01072101 发射系统液压与气压传动‖Hydraulic and 2 22 10 2 001


34

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Pneumatic Transmission of Launch System

01053601反恐装备概论 ‖Introduction ofCounter-Terrorism Equipment

2 32 2 001

01022604固体火箭冲压发动机设计理论‖DesignTheory of Solid Rocket Ramjet Engine

2 32 2 001

01050802固体火箭发动机传热学‖Heat Transfer in SolidRocket Motor

2 32 2 001

01055501 航空发动机原理‖Principles of Aircraft Engine 2 32 2 001

01021401火箭导弹概论与进展＊‖Conspectus andProgress of Missile and Rocket＊

2 32 2 001

01040201火箭发动机燃烧学‖Combustion Theory ofSolid Rocket Engine

2 32 2 001

01059701火箭发射技术进展＊‖Evolution of RocketLaunching Technology＊

2 32 2 001

01072201火箭武器系统现代设计方法‖Modern DesignMethod of Rocket Weapon System

2 24 8 2 001

01052801火炮发射动力学概论‖Introduction of LaunchDynamics for Artillery

2 28 4 2 001

01055401火炮技术新进展＊‖Development of ArtilleryTechnique＊

2 32 2 001

01055101火炮可靠性工程‖Reliability Engineering ofArtillery

2 32 2 001

01040901 火炮总体设计‖General Design of Artillery 2 32 2 001

01024405机械系统动力学‖Dynamics of MechanicalSystem

2 28 4 2 001


01067201计算流体力学‖

Computational Fluid Mechanics2 32 2 001

01031102可编程控制器及应用 ‖ProgrammableController and Application

2 24 8 2 001



2 24 8 2 001


05027601生产管理与控制‖Production Managementand Control

2 28 4 2 001



01021001微机电系统设计概论‖An Introduction toMicroelectromechanical Systems Design

2 32 2 001

01072001武器系统技术前沿系列讲座 ‖WeaponSystems Frontier Technology Lecture Series

1 16 1 001

01071901新概念火炮概论 ‖Introduction of A NewConcept for Artillery

2 32 2 001

01053001引信数字化技术 ‖Digitized TechnologyConspectus of Fuze

2 28 4 2 001

01031803引信系统动力学及仿真 ‖Fuze SystemDynamics and Simulation

2 26 6 2 001

01035301有限元基础及应用‖Basics and Applications ofFinite Element Method

2 26 6 2 001

01040601制导与控制原理‖Principle and Technology ofGuide and Control

2 32 2 001

01044302自动武器弹药学 ‖Ammunition Theory ofAutomatic Weapon

1.5 24 1.5 001

01055201自动武器发射控制技术 ‖Firing ControlTechnology of Automatic Weapon

2 24 8 2 001

01051201自动武器现代设计方法‖Modern DesignMethod of Automatic Weapon

1.5 24 1.5 001

01051102 自动武器新原理与新结构‖New Principles 2 32 2 001


35

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


and New Structures of Automatic Weapons


Group I：Compulsory Courses Total154.5 1708 1612 24.5 22.5 25.5 21 24 15 6 16

方向 II 组:必修课程汇总

Group II：Compulsory Courses Total154.5 1714 1606 24.5 22.5 25.5 21 23 16 6 16

方向 III 组:必修课程汇总

Group III：Compulsory Courses Total154.5 1724 1596 24.5 22.5 25.5 21 23 16 6 16

方向 IV,组:必修课程汇总

Group IV：Compulsory Courses Total154.5 1712 1608 24.5 22.5 25.5 21 23.5 15.5 6 16

方向 V 组:必修课程汇总

Group V：Compulsory Courses Total154.5 1706 1614 24.5 22.5 25.5 21 23.5 13.5 8 16

方向Ⅵ组:必修课程汇总

GroupⅥ：Compulsory Courses Total167 1846 1810 24.5 22.5 25.5 21 24.5 19 13 18

方向Ⅶ组:必修课程汇总

GroupⅦ：Compulsory Courses Total167 1856 1800 24.5 22.5 25.5 21 24.5 19 13 18

选修课程汇总‖Specialized Optional CoursesTotal

72 1052 100 18 54





36

装甲车辆工程一、专业介绍

1953年我校前身中国人民解放军军事工程学院炮兵工程系创建时就设有火炮、步兵武器、火箭发射架等

专业。我校先后将火炮专业和步兵武器专业设置成火炮与自动武器专业，以火箭发射架等专业为基础设立车

辆工程专业。1998年教育部新修订的专业目录对兵器类专业进行整合，火炮与自动武器（部分）专业与军用

车辆工程专业整合成地面武器机动工程专业。2012年教育部新修订的专业目录将地面武器机动工程专业更名

为装甲车辆工程专业。我校为加强装甲车辆工程专业建设，在兵器类地面武器机动工程专业基础上，融合机

械类车辆工程专业资源，共同建设并形成装甲车辆工程专业。

装甲车辆工程为部级重点专业。师资队伍实力雄厚，以自行火炮等在以轮式装甲车辆为主要对象的地面

攻防一体化作战平台等研究方面具有明显的特色与优势，教学质量在国内处于先进行列。本专业对应的 “兵

器科学与技术”学科为国家级重点学科，拥有国家重点实验室，国家首批博士点和博士后流动站。

多年来，秉承哈军工优良传统，以建设强大国防为己任，培养出的毕业生遍布在国家有关部门、科研院

所、高等院校、部队、企业和管理部门，从事武器及机电系统设计、技术开发、产品研制、实验测试和科技

管理方面工作。

二、培养目标

面向未来国防工业建设需要，培养造就适应未来科技进步，具备健全人格，德智体全面发展，掌握以轮

式装甲车辆为主要对象的地面攻防一体化作战平台以及保障车辆的基本原理和基本知识，具备相关工程实践

能力，能胜任装甲车辆相关理论研究、工程设计、产品开发、教学和管理等方面工作，具有较强的继续学习

能力、较强的创新意识、一定的创新能力和国际视野的高级专门人才，也可从事普通机械的设计与制造等。

三、培养要求

本专业学生主要学习工程力学、机械工程、电工电子以及武器系统工程、装甲车辆总体、防护技术、动

力传动、行动装置及行驶控制等方面的基本理论和基本知识，受到计算机应用、机械设计、机械加工、机械

设计 CAD、机械产品生产管理和工艺实施、装甲车辆及主要部件的设计等方面的基本训练，掌握进行装甲车

辆总体及各分系统、主要部件的设计、分析和制造等方面的基本能力。


1. 具有自然科学、人文和社会科学基本素养，掌握工程力学、机械工程及控制工程学科的基本理论、基

本知识；

2. 掌握装甲车辆总体及主要分系统、部件的分析方法和设计方法；

3. 具有进行装甲车辆总体及各分系统、主要部件的设计、分析和制造的基本能力；

4. 熟悉国防工业的方针、政策和法规以及本专业技术领域相关的质量、环境、职业健康安全等的管理体

系、法规和法律；

5. 了解武器系统及装甲车辆工程领域的理论前沿、应用前景和发展动态；

6. 掌握文献检索和资料查询的基本方法，具有终身学习的能力；

7. 具有一定的科学研究和实际工作能力。





37



主干学科: 兵器科学与技术

交叉学科：力学、机械工程、控制科学与工程


工程力学、机械设计与制造基础课群、电工和电子技术、自动控制理论基础、计算机及其应用课群、地

面武器概论、装甲车辆构造、装甲车辆设计理论课群等必修课程，以及装甲车辆专用技术课群、军用机器人

技术、机械自动化技术课群等选修课程。


军事训练、金工实习、计算机操作与工程应用软件实训、电子实习、专业课群综合设计、科技训练、毕

业实习、毕业设计等。





38

Armored Vehicle EngineeringⅠ.Introduction

Armored Vehicle Engineering, originating in the major of Rocket Launcher of the Harbin Military Engineering

Institute, was established in 1953. In 1998 Ground Weapon Mobile Engineering was established by merging part

of the Artillery and Automatic Weapons and the military part of Vehicle Engineering. In 2012 Ground Weapon

Mobile Engineering was renamed as Armored Vehicle Engineering according to the new major list revised by the

Ministry of Education. The corresponding discipline Armament Science and Technology is a national key discipline,

which boasts a state key laboratory, and one of earliest doctor and postdoctoral programs in China. The major is

one of key construction branding specialties of the Ministry of Industry. With the characteristic of modern

Ground Mobile Weapon design and manufacturing technology and mechatronics control, the Major integrates

mechanical design, mechanical manufacturing and mechanical and electronic engineering. Graduates are

expected to engage in the research, design, manufacture, and management of all kinds of the land-based

attack-defense integrative weapons with wheeled armored vehicles, military vehicle in research institutes,

universities and high-tech enterprises.

Ⅱ. Objectives

The major aims at training comprehensive engineers and technical talents with basic theory and knowledge

of vehicle engineering to engage in the job of armored vehicle design, manufacturing, technology development,

scientific research and production organization and management.

Ⅲ. Requirements

Students are required to acquire the basic theory and knowledge of Armored Vehicle design, manufacturing,

testing metrological technology and control technology, to receive basic training of armored vehicle engineer,

and to grasp basic ability to engage in design, manufacturing, technology development, scientific research and

production organization and management in the field of armored vehicle engineering.



engineering ethics, master knowledge of mathematics, other related natural science and certain knowledge of

economics and management needed in the job of mechanical engineering;

2. Master technologies and skills in armored vehicle engineering practice, have the ability to design and

implement engineering experiments, and analyze the experimental results;

3. Own the ability of describing, modeling, comprehensive analyzing and proposing solutions in Armored

Vehicle by applying scientific theories and technical methods, have the preliminary capacity to research, develop

and design new products, new processes, new technologies and new equipment in machinery industry;

4. Understand the Armored Vehicle technical standards, policies, laws and regulations on production, design,

research and development, environmental protection and sustainable development of profession and industry

related to mechanical engineering;

5. Master the basic theory and expertise of vehicle engineering, have training experience of engineering




39

7. Gain the ability of communication, competition and cooperation with international perspectives.


Standard Length: Four Years

Duration: Three to Six Years

Degrees Conferred: Bachelor of Engineering

Ⅴ. Leading Discipline & Interdisciplinary Subjects

The leading discipline: Armament Science and Technology

The interdisciplinary subjects: Mechanics, Mechanical Engineering, Control Science and Engineering

Ⅵ. Core Courses

Theoretical Mechanics，Mechanics of Materials，Engineering Graphics, Electrical Engineering，Analog and

Digital circuits, Fundamentals of Thermal Engineering, Fundamentals of Control Engineering, Engineering

Material and Forming Technology, Fundamentals of Machine Design, Fundamentals of Mechanical Manufacturing,

Machinery Manufacturing Equipment, Introduction of Land-based Weapons, Armored Vehicle Structure,

Armored Vehicle Design Theory curriculum




Training, etc.




optional courses.


40

装甲车辆工程专业教学计划进程表Table of Teaching Plan for Major of Armored Vehicle Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019

15045602思想道德修养与法律基础‖Ideological andMoral Cultivation & Basic Law Education

3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖The Outline of ChineseModern and Contemporary History

2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013











41

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



16022803工程材料及成形工艺‖Engineering Materialand Forming Technology

3 44 4 3 016


0.5 8 0.5 013


0.5 8 0.5 013

01022201工程流体力学基础‖Fundamentals of FluidMechanics

2 28 4 2 001

05022701互换性与测量技术‖Interchangeability andMeasurement Technology

2 26 6 2 001

01124103机械设计基础（Ⅰ）★‖Fundamentals ofMechanical Design(Ⅰ)★

3 42 6 3 001

01224103机械设计基础（Ⅱ）★‖Fundamentals ofMechanical Design(Ⅱ)★

3 42 6 3 001

01024201机械设计基础课程设计‖Course Design ofMechanical Design Fundamentals

3 120 3 001


2.5 36 4 2.5 001


2 28 4 2 001


2.5 34 6 2.5 001



2.5 40 2.5 004


2.5 40 2.5 004

04026501模拟与数字电路综合实验‖ComprehensiveExperiment of Analog and Digital Circuits

2 80 2 004


2.5 32 8 2.5 001


必修课程·专业方向课




01050303 弹道学基础＊‖Fundamentals of Ballistics＊ 1.5 24 1.5 001

01061301专业综合课程设计＊ ‖SpecialtyComprehensive Course Design＊

2 80 2 001

01061201装甲车辆底盘设计‖Armored Vehicle ChassisDesign

2 32 2 001

01061501 装甲车辆防护‖Armored Vehicle Protection 2 32 2 001

01069901 装甲车辆构造‖Armored Vehicle Structure 3 40 8 3 001

01061001 装甲车辆理论‖Armored Vehicle Theory 2 32 2 001

01061101装甲车辆武器设计 ‖Weapon Design ofArmored Vehicle

2 32 2 001





01022001 车辆动力装置‖Vehicle Powertrain 2.5 38 2 2.5 001

01062501车辆悬架理论与设计‖Theory and Design ofVehicle Suspension

2 32 2 001

01062001车载武器概论 ‖Introduction ofVehicle-Mounted Weapons

2 32 2 001


2 24 8 2 001


42

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 28 4 2 001


01067201计算流体力

学‖Computational Fluid Mechanics2 32 2 001

01062301 军用机器人技术＊‖Military Robotics＊ 2 32 2 001


2 24 8 2 001


01034901汽车新技术＊‖New Technology of Automobile＊

2 32 2 001

01057701汽车振动与噪声控制‖Vibration and NoiseControl of Automobile

2.5 34 6 2.5 001


2 24 8 2 001



2 28 4 2 001




2 32 2 001

01061901 新概念武器＊‖New Concept Weapon＊ 2 32 2 001


2 26 6 2 001

01061801 专业前沿讲座‖Professional Front Lectures 1 16 1 001

01027204 专用车辆设计‖Speciality Vehicle Design 2 32 2 001

01062201装甲车辆火控技术‖Fire Control Technology ofArmored Vehicle

2 32 2 001

01062401 装甲车辆试验‖Armored Vehicle Test 2 24 8 2 001

01062101装甲车辆综合电子信息系统＊‖IntegratedElectronic Information System of ArmoredVehicle＊

2 32 2 001

01061401装甲车辆总体设计‖General Design of ArmoredVehicle

2 32 2 001

必修课程汇总‖Compulsory Courses Total 155 1740 1588 24.5 22.5 25.5 21 23.5 16 6 16


56 820 76 2 14 40





43

弹药工程与爆炸技术一、专业介绍

弹药工程与爆炸技术专业以我校兵器科学与技术学科和智能弹药技术国防重点学科实验室为依托，所属

学科为国家级重点学科，拥有国家首批博士点和博士后流动站，具有相应的硕士、博士学位授予权。同时为

教育部首批“卓越工程师培养计划”的实施专业。本专业师资队伍实力雄厚，具有多个高水平的研究方向，在

高效毁伤、弹药智能化与灵巧化、新概念弹药等研究方面具有明显的特色与优势，在国内同专业中处于领先

地位。培养了大批在弹药领域中能采用先进设计技术、设计理念进行弹药产品的规划、设计、开发、管理和

研究的高级工程技术人才。毕业生可在国家有关部门、科研院所、高等院校、部队、企业和管理部门从事弹

药技术的理论研究以及相关武器系统的设计、开发、研究与管理等工作。

二、培养目标

本专业着力培养具有良好的思想品质与职业道德，掌握弹药系统总体及其子系统技术以及相关民用工程

技术等方面的基础理论知识和工程实践能力，能在国家有关部门、科研院所、高等学校、部队、企业和管理

部门从事战斗部工程、弹药及爆炸技术、安全与防护方面的理论研究、工程设计、技术开发、产品研制、实

验测试和科技管理方面工作的高级工程技术人才。

三、培养要求

本专业学生主要学习弹药系统总体和其子系统技术以及相关民用工程技术方面的基本理论和基本知识，

学习机械、电子、计算机、力学等知识，了解发射动力学、飞行力学、爆炸力学等知识，接收系统设计、技

术开发、产品研制、实验测试及工程管理方面的基本训练，具备系统分析与综合、工程设计与计算、计算机

应用、试验检测等方面的基本能力。


1. 具有良好的职业道德，强烈的敬业精神和社会责任感，丰富的人文素养；

2. 掌握力学、机械工程、电子科学与技术、控制科学与工程等学科的基本理论和专业知识；掌握弹药战

斗部工程的分析与设计方法及产品研制技术；熟悉国家有关技术经济和国防建设的方针、政策及法规；了解

弹药系统战技性能与评估、工作原理与构造等基本理论与专业知识；了解当代弹药系统及相关民用工程技术

领域的发展现状与趋势；

3. 具有综合运用所学科学理论，分析和解决解决工程技术问题的基本能力；

4. 具有一定的科学研究和实际工作能力；具有一定的批判性思维和创新意识；

5. 掌握文献检索、资料查询的基本方法，具有信息获取、知识更新和终身学习能力；

6. 具有良好的质量、环境、职业健康、安全和服务意识以及应对突发事件应急处理的初步能力；

7. 具有一定国际视野，较强的交流沟通、环境适应、语言表达、团队合作和工程管理的能力。






主干学科：兵器科学与技术

交叉学科：力学、机械工程


44


理论力学、材料力学、工程图形学、机械设计基础、控制工程基础、弹药概论、弹道学基础、爆炸力

学、弹药终点效应、弹药设计理论等。


金工实习、课程设计、毕业设计、毕业实习。





45

Ammunition Engineering and Explosion Techniques

Ⅰ. Introduction

Ammunition Engineering and Explosion Techniques is a national key discipline, subordinating to the primary

discipline, Weapons Science and Technology. It offers bachelor, master and doctor degree, and also provides

post-doctoral program. Meanwhile, it belongs to the first group of majors of the “Excellent Engineers Plan” of

Ministry of Education. It has an excellent faculty team with outstanding experts at different research directions. It

has obvious characteristics and dominated advantages in the research of high efficient damage, intelligent and

smart ammunition, as well as new concept of ammunition. Plenty of excellent graduates have been cultivated for

ammunition product planning, design, development, management and research. Graduates are popular in

research institutes, universities, military departments, enterprises and technology management departments.

Ⅱ. Objectives


of ammunition engineering and explosion techniques, to engage in the jobs of scientific research, technology

innovation, engineering design, product manufacturing, production organization and management.

Ⅲ. Requirements

Students are required to obtain the basic theory and knowledge of mechanics and explosion dynamics, to

receive basic training of ammunition engineer, and to grasp basic ability to engage in scientific research, technology

development, ammunition design, manufacturing, and production organization and management in the field of

ammunition engineering and explosion techniques.




2. Master the basic theory and professional knowledge of relevant disciplines, including mechanics,

mechanical engineering, electronic science and technology, control Science and Engineering, etc.; Acquire the

analysis and design methods of ammunition system and engineering, as well as the relevant product research

and development technology; Be aware of the basic theory and professional knowledge for the tactical and

technical performance evaluation of ammunition systems, as well as their working principle and structure,

utilization and engineering support; Be aware of the current situation and development trend in ammunition

system and relevant technical field of civil engineering;

3. Master technologies and skills in ammunition engineering and explosion techniques, have the ability to

design and implement engineering experiments, and analyze the experimental results;

4. Have the preliminary capacity to research, develop and design new products, new processes, new

technologies and new equipment in ammunition engineering and explosion techniques;

5. Master the basic methods of retrieving and information query; have the ability of self-study and

self-development;




46


Standard Academic Year: 4 years;

Length of Schooling: 3 to 6 years;


Ⅴ. The leading disciplines & interdisciplinary subjects

The Leading Disciplines: Weapons Science and Technology

Interdisciplinary Subjects: Mechanics; Mechanical Engineering

Ⅵ. Core courses

Theoretical Mechanics, Mechanics of Materials, Engineering Graphics, Fundamentals of Machine Design,

Fundamentals of Control Engineering, Ammunition Introduction, Fundamentals of Ballistics, Explosion mechanics,

Ammunition Terminal Effect, Ammunition Design Theory.

Ⅶ. Collective practical teaching session



Training, etc.




optional courses.


47

弹药工程与爆炸技术专业教学计划进程表Table of Teaching Plan for Major of Ammunition Engineering and Explosion Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013











48

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




3 44 4 3 016


0.5 8 0.5 013


0.5 8 0.5 013

01022201工程流体力学基础‖Fundamentals of FluidMechanics

2 28 4 2 001


2 26 6 2 001

01124103机械设计基础（Ⅰ）★‖Fundamentals ofMechanical Design(Ⅰ)★

3 42 6 3 001

01224103机械设计基础（Ⅱ）★‖Fundamentals ofMechanical Design(Ⅱ)★

3 42 6 3 001

01024201机械设计基础课程设计‖Course Design ofMechanical Design Fundamentals

3 120 3 001


2.5 36 4 2.5 001


2 28 4 2 001


2.5 34 6 2.5 001



2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004


2.5 32 8 2.5 001




01055701 爆炸力学‖Mechanics of Explosion 2 32 2 001



01050302 弹道学基础‖Fundamentals of Ballistics 2 32 2 001

01021103 弹丸终点效应‖Terminal Effects of Ammunition 2.5 40 2.5 001

01021301 弹药概论＊‖Ammunition Introduction＊ 2 32 2 001

01039001弹药设计理论 ‖Theory and Design ofAmmunition

2.5 40 2.5 001

01051302弹药设计理论课程设计＊‖Course Design ofAmmunition＊

2 80 2 001

01041001弹药实验技术 ‖Ammunition ExperimentTechnology

2 16 16 2 001






2 24 8 2 001

01059401 弹丸飞行力学‖Flight Dynamics of Projectiles 2 32 2 001

01050701弹药系统工程 ‖Ammunition SystemEngineering

2 32 2 001

01055801弹药制导与控制系统基础 ‖AmmunitionGuided and Control System

2 32 2 001


49

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


01024301 导引头技术‖Homing Head Technology 2 30 2 2 001

01037001

机械零件三坐标测量及反求综合实

验 ‖Comprehensive Experiment of MechanicalParts Three-Coordinate Measurement andInverse Design

1 40 1 001


2 28 4 2 001


01067201计算流体力


01072001武器系统技术前沿系列讲座‖Weapon SystemsFrontier Technology Lecture Series

1 16 1 001


2 24 8 2 001



2 24 8 2 001



2 28 4 2 001




2 32 2 001

01059601武器系统工艺学基础‖Technology Foundationof Weapon System

2 32 2 001


2 26 6 2 001

01052601战斗部数值仿真 ‖Numerical Simulation ofWarhead

2 18 14 2 001

必修课程汇总‖Compulsory Courses Total 155.5 1740 1596 24.5 22.5 25.5 21 23 17 6 16


44 612 116 4 17 23





50

飞行器设计与工程一、专业介绍

飞行器设计与工程专业始于 1953年哈尔滨军事工程学院的火箭武器专业，目前依托航空宇航科学与技

术、兵器科学与技术等一级学科国家重点学科，具有鲜明的航空、航天特色，并与力学、机械工程等学科密

切相关。本专业具有硕士学位授予权，在火箭、导弹设计等领域具有明显的特色和优势。毕业生可在国家有

关部门、科研院所、高等院校、部队、企业和管理部门从事火箭导弹技术的理论研究以及相关武器系统的设

计、开发、研究与管理等工作。

二、培养目标

本专业培养具有良好的数学、力学基础和飞行器总体设计、气动设计、结构与强度分析、试验技术等

专业知识，能够从事兵器、航空航天工程等领域设计、科研与技术管理等工作的高级工程技术人才。

三、培养要求

本专业的学生应掌握飞行器总体设计、飞行器结构设计、空气动力学、控制系统原理、飞行器制造工艺

及设计、实验等基本理论和专业知识，具有飞行器总体设计、气动设计、结构分析与设计、大型先进通用

计算软件的应用能力及相关的处理与分析实际问题的能力。

毕业生应当获得以下几方面的知识和能力：

1. 具有较好的人文社会科学素养、较强的社会责任感和良好的工程职业道德；

2. 掌握飞行器总体设计的基本理论、基本知识；

3. 掌握飞行器结构设计的分析方法和实验方法；

4. 具有飞行器结构设计的工程能力；

5. 熟悉航空航天飞行器设计的有关规范和设计手册等；

6. 了解飞行器设计的理论前沿、应用前景和发展动态；

7. 掌握文献检索、资料查询的基本方法，具有终身学习能力；

8. 具有初步的科学研究和实际工作能力，具有一定的批判性思维能力；

9. 具有一定的组织管理能力、表达能力和人际交往能力以及在团队中发挥作用的能力；







主干学科：航空宇航科学与技术、力学

交叉学科：兵器科学与技术、机械工程


材料力学、理论力学、热工基础、粘性流体力学基础、飞行器结构力学、导弹空气动力学、导弹飞行

力学、火箭导弹总体设计、导弹制导与控制技术等。


军事训练、金工实习、专业课程设计、毕业实习、毕业设计等。


51





52

Flight Vehicle Design and EngineeringⅠ. Introduction

Flight Vehicle Design and Engineering is based on the 2 national key disciplines, aeronautical and

astronautical science and technology, weapon science and technology. It has a distinct feature of aviation and

aerospace, and closely related to mechanics, mechanical engineering, etc. It offers bachelor and master degree.

Graduates are popular in research institutes, universities, military departments, enterprises and technology

management departments.

Ⅱ. Objectives


of mathematics, mechanic basis, aircraft overall design, aerodynamic design, structural and strength analysis,

experimental technology, and engaging in design, scientific research and technology management in areas of

weapons and aerospace engineering.

Ⅲ. Requirements

Students are required to obtain the basic theory and knowledge of flight vehicle overall design, flight vehicle

structural design, theory of control system, aircraft manufacturing process and design, experiment, etc., have

abilities to apply large advanced general-purpose computing software relating to flight vehicle overall design,

aerodynamic design, structural analysis and design, have related ability to processing and analyzing the actual

problem.




2. Master the fundamental theories and knowledge of flight vehicle overall design;

3. Master technologies and skills in flight vehicle design and engineering;

4. Mater the analysis and experimental methods of aircraft structural design;

5. Have an engineering ability of aircraft structural design;

6. Be familiar with the specification and design manuals relating to aerospace vehicle design;









Ⅴ. Leading disciplines & interdisciplinary subjects

The Leading Disciplines: Aeronautical and Astronautical Science and Technology, Mechanics

Interdisciplinary Subjects: Weapons Science and Technology, Mechanical Engineering

Ⅵ. Core courses


53

Mechanics of Materials, Theoretical Mechanics, Theoretical Mechanics, Fundamentals of Viscous Fluid

Dynamics, Structural Mechanics of Flight Vehicle, Missile Aerodynamics, Flight mechanics of Missile, Missile

Overall Design, Missile Control & Guidance, etc.




Training, etc.




optional courses.


54

飞行器设计与工程专业教学计划进程表Table of Teaching Plan for Major of Flight Vehicle Design and Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



06000702Visual C++ 程序设计 ‖C++ ProgrammingDesign

4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013









11021201 弹性力学‖Elasticity 3 46 2 3 013


55

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


01023601 导弹飞行力学‖Flight Mechanics of Missiles 2 32 2 001

01022502导弹总体设计课程设计＊‖Course Design ofRocket and Missile＊

2 80 2 001




3 44 4 3 016

11138101工程力学实验（Ⅰ）‖Experiments in EngineeringMechanics(Ⅰ)

0.5 8 0.5 013


0.5 8 0.5 013

11024002 工程数学‖Engineering Mathematics 3 48 3 013


2 26 6 2 001

01024102机械设计基础‖Fundamentals of MechanicalDesign

4 50 14 4 001

01024203机械设计基础课程设计＊‖Course Design ofMechanical Design Fundamentals＊

1 40 1 001

11024801 计算方法‖Computational Method 2 24 8 2 013


2.5 34 6 2.5 001



2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004

01058303 热工基础‖Fundamentals of Thermo-Dynamics 2.5 32 8 2.5 001


2.5 32 8 2.5 001

01021201粘性流体力学基础‖Fundamentals of ViscousFluid Dynamics

2 24 8 2 001





01024002 导弹空气动力学‖Aerodynamics of Missile 2.5 32 8 2.5 001

01041303导弹制导与控制技术‖Theory of Guidance andControl for Missile

2 28 4 2 001

01021402火箭导弹技术引论‖Introduction of RocketMissile Technology

2 32 2 001

01022805火箭导弹总体设计‖General Design of Rocketand Missile

3 40 8 3 001





2 32 2 001


2 24 8 2 001

01024901弹箭姿态控制系统基础‖Fundamentals ofMissile Attitude Control System

2 26 6 2 001

01024301 导引头技术‖Homing Head Technology 2 30 2 2 001

01027301飞行器流动仿真‖Foundation and Applicationof Fluid Field Numerical Simulation

2 28 4 2 001

01024801固体火箭发动机设计‖Design of Solid RocketMotor

2 32 2 001


56

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


01026501航空航天推进系统 ‖Aerospace PropulsionSystems

2 32 2 001


2 28 4 2 001


01067201计算流体力



2 24 8 2 001



2 24 8 2 001



2 28 4 2 001



2 32 2 001

01025001武器系统作战效能分析 ‖Weapon SystemOperational Effectiveness Analysis

2 32 2 001


2 26 6 2 001

01026101战斗部设计基础‖Fundamentals of WarheadDesign

2 32 2 001

必修课程汇总‖Compulsory Courses Total 156 1760 1536 25.5 22.5 28.5 23 17.5 14 9 16


42 606 66 2 16 24



2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese


57

测控技术与仪器一、专业介绍

测控技术与仪器专业为江苏省品牌专业，所属仪器科学与技术学科具有一级学科博士点授予权，教师

队伍实力雄厚，教学环境条件良好。专业内涵集成了电子、计算机、控制工程、精密机械和光学等多学科

的技术内涵，教学实践中充分体现多学科技术在精密仪器及测控系统中的综合应用，突出仪器科学与其他

学科相辅相承的依存关系，着力培养掌握多学科技术并能服务于多领域的复合型人才。毕业生可就业于航

天航空、兵器、机械、电子、能源、化工、通讯、交通等国防及国民经济建设领域的研究院所和企业，从

事现代测控系统研究、设计、制造、应用和管理工作。

二、培养目标

本专业培养掌握测量与控制理论知识，具备现代测控系统设计制造及应用能力，能在国防及国民经济

各部门从事现代测控系统设计制造、应用研究、运行管理等方面的高级工程技术人才。

毕业后五年左右的预期目标：

（1）有良好的社会道德和科学素养；

（2）在测控及相关领域具有独立从事各种测控产品及系统的研发、设计、制造、控制、检测及经营管

理的能力；

（3）具有继续学习能力，能够拓展自身能力适应不同的工作需要或进入研究生阶段学习；

（4）具有可持续发展意识和职业道德；

（5）具有与他人交流和合作的能力，能在一个团队中有效地发挥成员或领导者的作用；

（6）具有社会责任感并有能力服务于社会。

三、培养要求

本专业学生主要学习现代电子技术、传感技术、智能仪器技术、光电检测技术、计算机应用技术、过

程控制技术等现代测控技术。通过设计和应用现代测控系统及仪器的训练，培养具有应用、开发与研究现

代测控系统的能力。


1.工程知识：能够将数学、自然科学、工程基础和专业知识用于解决复杂测控工程问题。

2.问题分析：能够应用数学、自然科学和工程科学的基本原理，识别、表达、并通过文献研究分析复

杂测控技术与仪器问题，以获得有效结论。

3.设计/开发解决方案：能够设计针对复杂测控技术与仪器问题的解决方案，设计满足特定需求的产品、

单元（部件）或流程，并能够在设计环节中体现创新意识，考虑社会、健康、安全、法律、文化以及环境

等因素。

4.研究：能够基于科学原理并采用科学方法对复杂测控技术与仪器问题进行研究，包括设计实验、分

析与解释数据、并通过信息综合得到合理有效的结论。

5.使用现代工具：能够针对复杂测控技术与仪器问题，开发、选择与使用恰当的技术、资源、现代工

程工具和信息技术工具，包括对复杂测控技术与仪器问题的预测与模拟，并能够理解其局限性。

6.工程与社会：能够基于测控技术与仪器相关背景知识进行合理分析，评价专业工程实践和复杂工程

问题解决方案对社会、健康、安全、法律以及文化的影响，并理解应承担的责任。

7.环境和可持续发展：能够理解和评价针对复杂工程问题的工程实践对环境、社会可持续发展的影响。


58

8.职业规范：具有人文社会科学素养、社会责任感，能够在工程实践中理解并遵守工程职业道德和规

范，履行责任。

9.个人和团队：能够在多学科背景下的团队中承担个体、团队成员以及负责人的角色。

10.沟通：能够就复杂测控技术与仪器问题与业界同行及社会公众进行有效沟通和交流，包括撰写报告

和设计文稿、陈述发言、清晰表达或回应指令。并具备一定的国际视野，能够在跨文化背景下进行沟通和

交流。

11.项目管理：理解并掌握工程管理原理与经济决策方法，并能在多学科环境中应用。

12.终身学习：具有自主学习和终身学习的意识，有不断学习和适应发展的能力。






主干学科：仪器科学与技术

交叉学科：机械电子工程、控制科学与工程、计算机应用技术、光学工程、生物医学工程


电工学、电子技术基础、传感器原理及应用、微机原理及应用、控制工程基础、信号与测试系统、智

能机械设计、数字化测控技术、精密仪器设计、测控电路设计、智能仪器设计、微机电系统。


课程设计、金工实习、电子工艺实习、毕业实习、科研训练和毕业设计等。





59

Measurement Control Technology and InstrumentsⅠ. Introduction

Measurement Control Technology and Instruments is a provincial key major in Jiangsu, subordinating to the

discipline of instruments science and technology. It offers bachelor, master and doctor degree. It has an excellent

faculty team with outstanding experts at different research directions, including electronics, computer, control

engineering, precision machinery and optics. The Major focuses on cultivating cross-disciplinary talents. Graduates

are expected to pursue careers in institutes and enterprises in aeronautics and astronautics, weapons, machinery,

electronics, energy, chemistry, communications and transportation.

Ⅱ. Objectives

The Major aims at cultivating top engineering talents who have good understanding of theoretical knowledge in

measurement and control, possess the capacity of manufacturing and applying modern measuring and control

systems. The graduates are expected to carry out design, manufacture, application research and operation

management of modern measuring and control systems in different departments and enterprises.

Ⅲ. Requirements

Students are required to obtain the basic theory and knowledge of modern measuring and control technologies

including modern electronics, sensing, intelligent instruments, PV detection, computer application and process

control, etc. The graduates are expected to have the abilities of applying, developing and researching the modern

measuring and control systems.




2. Master knowledge of mathematics, natural science and basic theory, knowledge and methodology of

engineering mathematics, engineering optics, management science;

3. Master the basic theory, knowledge and methodology in the field of engineering technology involving

mechanical engineering, electrical engineering, optics, sensor, measurement and control and so on; understand the

scientific development frontier, prospects and development of measurement and control engineering;

4. Master technologies and skills in measurement control technology practice; have the ability to design and

implement engineering experiments, and analyze the experimental results;

5. Have the preliminary ability of technical improvement and transformation;



8. Maintain capabilities of organization and management, people skill, and team working;








60

Ⅴ. Leading disciplines and interdisciplinary subjects

The Leading Discipline: Instruments Science and Technology

Interdisciplinary Subjects: Mechanical and Electronic Engineering, Control Science and Engineering, Computer

Application Technology, Optical Engineering and Biopharmaceutical Engineering.

Ⅵ. Core courses

Electrical Engineering, Analog and Digital Circuits, Theory and Application of Sensors, Microcomputer

Principles and Application, Fundamentals of Control Engineering, Signal and Testing System, Intelligent

Mechanical Design Principles, Digital Measuring And Controlling Technique, Design of Precise Instrument, Design

of Measuring and Controlling Circuit, Intelligent Instrument Design, Introduction of MEMS Design.




Training, etc.




optional courses.


61

测控技术与仪器专业教学计划进程表Table of Teaching Plan for Major of Measurement Control Technology and Instruments

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践










21020503 军事理论＊‖Military Theory＊ 2 16 16 2 033




3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖The Outline of Chinese Modernand Contemporary History

2 24 8 2 019



06000702Visual C++ 程序设计 ‖C++ ProgrammingDesign

4 48 16 4 006


01062601测控技术与仪器专业导论‖Introduction ofMeasurement and Control Technology andInstrument

0.5 8 0.5 001




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013


05021701 工程制图‖Engineering Drawing 3 39 9 3 001




01041401测控电路课程设计 ‖Course Design ofMeasuring and Controlling Circuit

1 40 1 001


62

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


01038601测控电路设计 ‖Design of Measuring andControlling Circuit

3 36 12 3 001

01020302测控工程学 ‖Measurement and ControlEngineering

3 40 8 3 001

01053902测试信号处理与分析 ‖The Processing ofMeasured Signal and Analysis

3 40 8 3 001

01020402传感器原理及应用‖Theory and Application ofSensors

3 40 8 3 001


04033902 电子工艺实习＊‖Electronics Training＊ 2 80 2 022


04036301 工程光学‖Engineering Optics 3 48 3 004

11023801 工程力学‖Engineering Mechanics 3 48 3 013

01021602机电执行器及控制‖Electromechanical Driverand Control

2.5 32 8 2.5 001

01025301 计量学基础‖Fundamentals of Metrology 2 28 4 2 001

01038501检测技术综合实验＊ ‖ComprehensiveExperiment of Measuring Technique＊

2 80 2 001

23020104 金属工艺实习‖Metalworking Training 2 80 2 022

01025901精密机械课程设计＊ ‖Course Exercise ofPrecision Machine Design＊

2 80 2 001

01026002精密机械设计基础 ‖Fundamentals ofPrecision Machinery Design

3 44 4 3 001


2.5 34 6 2.5 001


2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004


2.5 32 8 2.5 001

01041802误差理论与数据处理＊‖Error Theory and DataProcessing＊

2 32 2 001

01021902信号与测试系统 ‖Signal and DynamicMeasurement System

4 58 6 4 001


Compulsory Course·Specialized Course（Choose one group, besides the general courses



01043502精密仪器课程设计‖Precise InstrumentCourse Design

Ⅰ

1 40 1 001

01042201精密仪器设计 ‖Design of PreciseInstrument

3 40 8 3 001

01021001微机电系统设计概论‖An Introduction toMicroelectromechanical Systems Design

2 32 2 001

01041901智能机械设计原理‖Design of SmartMechanism

3 40 8 3 001

01059002光电检测应用技术‖Electronic-OpticalDetection Technology

Ⅱ

2 24 8 2 001

01025602计算机控制技术‖Controlling TechnologyBased on Computer

3 38 10 3 001

01041501智能仪器课程设计‖Course Exercise inDesign of Smart Instrument

1 40 1 001

01029601智能仪器设计 ‖Design of SmartInstrument

3 40 8 3 001




63

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2 32 2 001

01038301测控技术新进展‖Advancing of Measurement& Control Technology

1 16 1 001

01038101测控总线技术‖Technique of Measuring andControll Bus

2 28 4 2 001


2 24 8 2 001

01057901 电路仿真与设计‖Circuit Simulation and Design 2 10 22 2 001


2 28 4 2 001


01067201计算流体力



2 24 8 2 001

01042701 可编程逻辑器件‖Programmable Logic Devices 2 24 8 2 001

01043402可编程逻辑器件课程设计＊‖Course Design ofProgrammable Logic Device＊

1 40 1 001



2 24 8 2 001



2 28 4 2 001

01036601生产过程控制综合实验＊‖ComprehensiveExperiment of Production-Process Control＊

1 40 1 001


01038003数字化测控技术 ‖Digital Measuring andControlling Technique

2 24 8 2 001

01043001数字信号处理器及应用 ‖Digital SignalProcessor and Application

2 32 2 001

01043101数字信号处理器开发实验 ‖DevelopingExperiment of Digital Signal Processor

2 80 2 001


01028802微惯性传感器基础‖Fundamentals of MicroInertial Sensor

2 32 2 001

01042102无线传感器网络技术‖Technology of WirelessSensor Networks

2 24 8 2 001

01038203 虚拟仪器‖Virtual Instrument 2 24 8 2 001

01042601遥测遥控技术 ‖Telemetry & TelecontrolTechnology

2 24 8 2 001


2 26 6 2 001


Group I：Compulsory Courses Total156 1743 1625 24 20 25 19.5 24.5 11.5 15.5 16


Group II：Compulsory Courses Total156 1733 1635 24 20 25 19.5 24.5 11.5 15.5 16


51 626 286 2 18 31




南京理工大学环境与生物工程学院 2014本科专业介绍及教学计划进程表

64

环境与生物工程学院南京理工大学环境与生物工程学院成立于 2010 年 7 月，其前身是南京理工大学化工学院环境科学与

工程系和生物工程系。学院拥有工业与信息化部环境工程二级重点学科、环境科学与工程一级学科博士点、

生物化工二级学科博士点，拥有教育部工程研究中心 1 个、江苏省高校重点实验室 1 个及江苏省实验教学

与实践教育中心 1 个。

环境与生物工程学院目前开设 3 个本科专业：环境工程、生物工程、辐射防护与核安全，这三个专业

均与国家战略性新兴产业密切相关。环境工程专业及生物工程专业是江苏省“十二五”重点专业，辐射防护

与核安全专业是国防特色紧缺专业。

截至 2014 年 6 月，全院共有教师 51 人，其中教授 15 人，副教授 23 人，教师和科研人员中拥有博

士学位的比例达到 80%，具有海外留学背景的超过 60%，形成了结构优化、团结协作、富有创新的团队。

学院已形成一些在国内外具有较高学术影响的研究方向，积累了一批优秀的论文和专利，培养了一批

卓越的学术带头人，形成了一些高质量的学术研究团队。先后荣获包括国家科技进步一等奖在内的省部级

以上奖励 30 多项。学院积极拓展国际交流，已与美国、加拿大、澳大利亚、德国、法国、英国、日本、

新加坡、台湾等国家和地区的高校和研究机构建立了长期合作关系。每年互派访问学者、大学生、研究生

进行学术交流。

环境与生物工程学院奉行“教育是立院之本”的理念，努力为学生营造认真严谨与轻松快乐相结合的学

术氛围，使学生在学习专业基础知识的同时，全方位发展，为社会输送环境、生物与辐射防护领域优秀的

复合型人才。

环境与生物工程学院高度重视环保技术、生物化工技术的开发与创新。迄今为止，环境与生物工程学

院已经完成了数百项环境工程、生物化工设计和咨询项目，取得了多项国家及省部级奖励，同时拥有一批

环境、生物领域的专利技术。


65

School of Environmental and Biological Engineering

School of Environmental and Biological Engineering, based upon the former Department of Environmental

Science & Engineering and Department of Bioengineering, was established in July of 2010. Now, the School has

Environmental Engineering as a secondary key discipline of Ministry of Industry & Information Technology,

Environmental Science & Engineering as a primary doctoral program, and Bioengineering as a secondary doctoral

program, a Research Center of Engineering & Technology of Ministry of Education, a provincial key laboratory and

a provincial Teaching and Practice Center in Jiangsu.

The School has 3 undergraduate programs: Environmental Engineering, Bioengineering and Radiation

Protection and Nuclear Safety, all of which are orienting to the emerging strategic industries. Both Environmental

Engineering and Bioengineering are key majors in the Twelfth Five Year Plan of Jiangsu Province. Radiation

Protection and Nuclear Safety is an urgently-needed major in China.

Currently, the School has 51 faculty and staffs, including 15 professors and 23 associate professors. 80% of

them with a PHD degree and more than 60% with experiences of overseas studies contribute to an innovative

team with an optimized structure, unity and cooperation.

The School has developed several research fields with high academic influence, cultivated distinguished

academic leaders, and formed research groups with high reputation. The School has won over 30 national and

provincial awards, including the first prize of National Science and Technology Progress. The school endeavors to

expand international communications and has established a long-term cooperative relationship with universities

and academic institutes from many countries and regions, such as the United States, Canada, Australia, German,

France, Britain, Japan, Singapore and Taiwan.

The School has been pursuing the concept that education is the root of building the school, and trying hard

to create a rigorous and relaxing academic atmosphere. Students not only acquire professional knowledge but

also develop all-round talents so as to meet the demands in fields of environment, bioengineering and radiation

protection.

The School attaches great importance to the exploration and innovation of environmental and biochemical

technologies. So far, the School has accomplished hundreds of designs and consultancy projects in the

environmental and biochemical industries, achieved many national and provincial awards, and owned plenty of

patents in the fields of environment and biology.


66

环境工程一、专业介绍

环境工程专业始建于 1979 年，1980 年开始招收第一届本科生，是国内较早成立该专业的高校之一。1987

年获环境工程硕士学位授予权，2000 年获环境工程博士学位授予权，2004 年获环境科学硕士学位授予权，

2010 年获批环境科学与工程一级学科博士点，2012 年获批环境科学与工程博士后科研流动站。本专业以化

学化工为基础，涉及的内容主要包括：水污染控制理论与技术、大气污染控制理论与技术、固体废物处理工

程、物理性污染控制、环境监测理论与技术、环境管理与评价等。本专业是江苏省特色专业和重点专业，入

选教育部“卓越工程师教育培养计划”，拥有江苏省“环境科学与工程实践教育中心”。本专业培养国家环境保

护事业发展所需要的高级工程技术人才，通过加强基础训练、拓宽专业知识面、注重工程设计能力和实践能

力的培养，提高学生灵活运用专业知识解决实际问题的能力和从事科学研究的能力。

二、培养目标

本专业培养具有良好的思想素质、人文社科素养和职业道德，熟悉化学化工等相关学科知识，掌握环境

工程基础理论和实践应用方法，具有环境污染防治、环境监测与评价、环境规划与管理等方面的知识，具备

环境工程研究、污染控制工程设计及运营管理等方面的能力，可在设计单位、科研单位、学校、工矿企业、

政府部门等从事规划、设计、研发、教育和管理等方面工作的高级工程技术人才。

三、培养要求

本专业学生主要学习基础化学、化工原理、工程制图、环境仪器分析、环境监测、环境污染控制工程（包

括水、气、固体废物、物理性污染）、环境规划与管理、环境影响评价的基本理论、基本知识和基本技能。

着力培养学生在废水、废气、固体废物等环境污染的监测和控制、工程设计、运营管理和科研开发方面的能

力，使其具备较好的工程设计、科学研究、管理规划、信息收集和组织运行等综合能力。

毕业生应获得以下方面的知识和能力：

1. 具有较好的人文社会科学素养、较强的社会责任感和良好的工程职业道德。

2. 具有运用工程工作所需的相关数学、自然科学以及经济管理知识的能力。

3. 掌握扎实的化学化工类工程基础知识、环境工程专业的基本理论和知识；掌握污染物监测和分析的基

本原理和操作技能，具备环境监测和环境影响评价的工作能力。

4. 运用所学的基础知识和基本理论设计并解决工程问题的能力；具有实际动手能力和仪器操作能力；

5. 具有创新能力和对环境工程中的新兴技术、新型设备和先进方法的研发和设计能力。

6. 掌握文献检索、资料查询及运用现代信息技术获取相关信息的基本方法，能将计算机技术应用于环境

工程的制图和施工，具有数据处理、工程绘图、模拟计算等能力。

7. 了解与本专业相关的政策和法律、法规，具有区域环境规划管理的技能。

8. 具有一定的组织管理能力、较强的表达能力、人际交往能力以及在团队中发挥作用的能力。

9. 对本专业的概况和发展现状具有清晰的了解，并将其与未来职业规划相联系，具有不断学习和适应发

展的能力，对终身学习有正确的认识。

10. 具有国际视野和跨文化交流、竞争与合作能力。





67



主干学科：环境科学与工程、化学工程与技术

交叉学科：化学


水污染控制工程、大气污染控制工程、固体废物处理工程、物理性污染控制、环境监测、环境微生物学、

环境规划与管理、环境工程专业实验、环境影响评价等。


军事训练、工程技术实习、化工原理课程实习、化学综合实验、水污染控制工程课程设计、大气污染控

制工程课程设计、固体废物处理工程课程设计、毕业实习、毕业设计等。





68

Environmental Engineering

I. Introduction

Environmental Engineering, founded in 1979 as one of the earliest colleges in China, has enrolled

undergraduates since 1980. The major, a characteristic and key specialty in Jiangsu Province, can lead to degrees of

bachelor, master and doctor, and the post-doctoral program right now. Our major has been selected in the list of

Excellent Engineer Training Plans launched by Ministry of Education. Furthermore, the department has a Jiangsu

Province Environmental Science and Engineering Practice Education Center. Based upon Chemistry and Chemical

Engineering, our major contains the fundamentals and technologies of water and wastewater treatment, air

pollution control, treatment and disposal of solid wastes, physical pollution control, environmental monitoring,

processing and assessment. We always strengthen fundamental training, broaden the scope of professional

knowledge and pay attention to the abilities of engineering design and practice in order to cultivate talents for the

national environmental protection.

II. Objectives

The major aims to cultivate students with excellent moral characters, qualities of humanities and social

sciences and professional ethics. Students are required not only to be familiar with the knowledge of chemistry and

chemical engineering, but also to possess broad basic theories, practical and application methods in environmental

engineering, treatment technology of environmental pollution, environmental monitoring and assessment,

environmental planning and management. Students are also expected to have the abilities of environmental

engineering research and design of pollution treatment and operational management. With these capabilities,

students will become senior engineers and technical professionals who devote themselves to planning and design,

research and development, education and management in design units, academic institutions, colleges, industrial

enterprises and environmental agencies.

III. Requirements

Students are required to possess the fundamental theories and knowledge about chemical engineering,

environmental monitor and pollution control engineering. Students are expected to have the abilities to carry out

engineering design, scientific research, environmental planning & management, information collection,

organization and operation.

Graduates should acquire a variety of knowledge and abilities as followings:

1. Have excellent social responsibility and occupation morality and well understand state-of-art, latest progress,

prospects and the development direction of the discipline.

2. Have knowledge of math, science and economic management in engineering projects.

3. Grasp the theories, principles and knowledge about chemistry, environmental engineering, pollutant

monitor and analysis, and the skills of environmental monitor and quality assessment.

4. Obtain the abilities not only to design and solve engineering problems but also to apply theoretical

knowledge into practices.

5. Have the innovative minds and capabilities to develop and design novel technologies, new equipment and

advanced methods in Environmental Engineering.

app:ds:characteristic


69

6. Grasp the methods of the literature and profile search and the abilities of data processing, engineering

drawing and simulation.

7. Grasp the related policies, laws and statutes of Environmental Engineering, and the skills of regional

environment planning and management.

8. Possess the abilities of organization and management, communication skills and teamwork.

9. Possess the abilities of career planning and lifelong learning.

10. Master the basic methods of retrieving and information query, fluency in foreign languages and abilities of

competition and cooperation with international perspectives.





V. Major Discipline and Interdisciplinary Subjects

Major Discipline: Environmental Science and Engineering, Chemical Engineering and Technology

Interdisciplinary Subjects: Chemistry

Ⅵ. Core coursesWater Pollution Control Engineering, Air Pollution Control Engineering, Treatment and Disposal of Solid

Wastes, Physical Pollution Control, Environmental Monitoring, Environmental Microbiology, EnvironmentProgramming and Manage, Specialty Experiments of Environment Engineering, and Environmental QualityAssessment.

VII. Collective Practical Teaching Session

Military Training, Engineering Training, Practice for Principles of Chemical Engineering, Comprehensive

Chemistry Experiments, Curriculum Design for Environmental Engineering, Curriculum Design of Environmental

Monitoring, Graduation Project, Graduation Practice.


compulsory courses, the optional courses of general education (no less than 8 credits) and some otherspecialized optional courses


70

环境工程专业教学计划进程表Table of Teaching Plan for Major of Environmental Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



Required Courses·General Education Courses





06000102 计算机导论‖Introduction to Computers 1 16 1 006






3 32 16 3 019

15045303


论‖Overview to Mao Zedong Thought and TheTheoretical System of Socialism With ChineseCharacteristics

6 48 48 6 019

15045602思想道德修养与法律基础‖ Ideological andMoral Cultivation & Basic Law

3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021

36000002 形势与政策‖Situation & Policy 2 16 16 2 036

15042401中国近现代史纲要‖Chinese Modern HistorySummary

2 24 8 2 019


Required Courses·Specialized Education Courses

06000602Visual Basic 程序设计 ‖ Visual BasicProgramming Design

3 32 16 3 006



11120904大学物理实验（ Ⅰ ）＊ College PhysicsExperiments (Ⅰ)＊

1.5 24 1.5 013

11220904大学物理实验（ Ⅱ ） ‖ College PhysicsExperiments (Ⅱ)

1.5 24 1.5 013


11123301 高等数学（Ⅰ）‖Advanced Mathematics (Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Advanced Mathematics (Ⅱ) 6 96 6 013

23020501 工程技术实习‖Engineering Practice 1 40 1 022


05021701 工程制图‖Engineering Drawing 3 48 3 001

03028002环境工程导论‖ Introduction to EnvironmentalEngineering

1 16 1 002



Required Courses·Specialized Core Courses

03022506 分析化学‖Analytical Chemistry 2.5 24 16 2.5 003

03044203 工程流体力学‖Engineering Fluid Mechanics 2 32 2 002


71

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


03126803化工原理（Ⅰ）★‖ Principles of ChemicalEngineering (Ⅰ)★

2.5 40 2.5 003

03226803化工原理（Ⅱ）★‖ Principles of ChemicalEngineering (Ⅱ)★

2 32 2 003

03026901化工原理课程实习‖ Curriculum Practice forPrinciples of Chemical Engineering

2 80 2 003

03043701化工原理实验‖ Experiments in Principles ofChemical Engineering

1 16 1 003

03037701化学综合实验＊‖ Comprehensive ChemistryExperiments ＊

3 120 3 003

03027802 环境监测★‖Environmental Monitoring★ 3 48 3 002

02020301环境微生物实验‖Environmental MicrobiologyExperiments

1 16 1 002

03028103环境微生物学★‖Environmental Microbiology★

2 32 2 002

03042902环境仪器分析 ‖ Instrumental Analyses inEnvironment

2 32 2 002

03044101环境仪器分析实验 ‖ Experiments ofInstrumental Analyses in Environment

2 32 2 002

03132602 无机化学（Ⅰ）★‖Inorganic Chemistry (Ⅰ)★ 3 48 3 003

03232602 无机化学（Ⅱ）★‖Inorganic Chemistry (Ⅱ)★ 2 16 16 2 003

03132801 物理化学（Ⅰ）‖Physical Chemistry (Ⅰ) 3 48 3 003

03232801 物理化学（Ⅱ）‖Physical Chemistry (Ⅱ) 2.5 40 2.5 003

03032901 物理化学实验‖Physical Chemistry Experiments 1 16 1 003

03034703 有机化学‖Organic Chemistry 3 48 3 003

03034803 有机化学实验‖Organic Chemistry Experiments 1 16 1 003

必修课程•专业方向课【除公共部分外，任选一组修读】

Compulsory Course•Specialized Course（Choose one group, besides the general courses）

03021501大气污染控制工程 ‖ Air Pollution ControlEngineering

3 48 3 002

03025402固体废物处理工程‖Treatment and Disposal ofSolid Wastes

2 32 2 002

03027501环境工程专业实验‖Environmental EngineeringExperiments

5 80 5 002

03044301环境规划与管理‖Environment Programmingand Management

2 32 2 002

03028402环境影响评价 ‖ Environmental ImpactAssessment

2 32 2 002

03132103水污染控制工程（Ⅰ）‖Water Pollution ControlEngineering (Ⅰ)

2 32 2 002

03232103水污染控制工程（Ⅱ）★‖Water PollutionControl Engineering (Ⅱ)★

3 48 3 002

03028301 物理性污染控制‖Physical Pollution Control 2 32 2 002


I

13 520 13 002

03031006 毕业实习#‖Graduation Practice# 4 160 4 002

02027001水污染控制工程课程设计＊ ‖

Curriculum Design for Water PollutionControl Engineering＊

2 80 2 002

02027101大气污染控制工程课程设计＊ ‖

Curriculum Design for Air Pollution ControlEngineering＊

2 80 2 002

02027201固体废物处理工程课程设计 ‖

Curriculum Design for Treatment of SolidWastes

1 40 1 002

03020896 毕业设计‖Graduation ProjectⅡ（

卓工）

13 520 13 002



72

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


02037901工业废水处理课程设计＊‖CurriculumDesign for Industrial WastewaterTreatment＊

2 80 2 002

02038001烟气处理课程设计＊ ‖ CurriculumDesign for Flue Gas of Air Pollution ControlEngineering＊

2 80 2 002

02027201固体废物处理工程课程设计＊ ‖

Curriculum Design for Treatment of SolidWastes＊

1 40 1 002


Selected Courses·Selected Specialized Courses

03021102 波谱分析‖Spectrometric Analyses 2 32 2 002


03038502 给水管网设计‖Water Supply Network Design 1.5 24 1.5 002

07022604 管理学原理‖Principles of Management 2 32 2 007

02028401环保设备基础‖Fundamentals of EnvironmentProtection Equipment

2 32 2 002

03039301 环境法规‖Environment Laws and Regulations 2 32 2 002

03044401环境工程 Auto CAD ＊ ‖ Auto CAD forEnvironmental Engineering＊

2 16 16 2 002

02020701环境工程施工‖Construction of EnvironmentalEngineering

2 32 2 002

02022501环境功能材料 ‖ Environmental FunctionMaterials

2 32 2 002

02020801 环境生态学‖Environmental Ecology 2 32 2 002

02022401 膜分离技术‖Membrane Separation Technology 2 32 2 002

02020501水处理药剂与应用 ‖ Water TreatmentChemicals and Applications

2 32 2 002

02025001学科前沿系列讲座‖ Seminars on AcademicFrontiers

1 16 1 002

02020601文献检索与学术论文写作‖Literature Searching& Academic Writing

1 16 1 002


Group I：Compulsory Courses Total157.5 1672 1696 23.5 23 27.5 15.5 19.5 16.5 15 17


Group II：Compulsory Courses Total157.5 1672 1696 23.5 23 27.5 15.5 19.5 16.5 15 17


26.5 408 16 4 7 6.5 9





73

生物工程一、专业介绍

生物工程专业的前身是 1994年创建的“生物化工专业”，2010年教育部专业调整为 “生物工程”。自 2010

年我校成立环境与生物工程学院以来，从国内外知名大学引进数名生物工程领域专家，师资力量雄厚，科研

装备先进，试验设施优良。本专业以生物化工为学科依托，立足生物、化学和生物工程等基础课，培养学生

熟练掌握生物、生物工程的科学原理，使学生熟练掌握现代生物学、分子生物学与基因工程、酶与蛋白质工

程，发酵与代谢工程，生物反应工程、生物分离工程以及生物工程设备等生物化工领域关键技术，不仅培养

学生具备扎实的生物科研能力，并具有研发新型生物资源、高活性生物质的能力，能够在生物基础研究以及

技术与工程领域从事设计、生产、新技术、新产品研发等工作的高级科技人才。教学中注重培养学生理性思

维能力、分析问题解决问题能力以及研发动手能力。在严格的教学科研体系下，从大二开始积极为学生配备

高素质科研训练导师，使学生在掌握书本知识的同时，能够学以致用，理论联系实际，以期培养南理工从事

生物工程产品研发、生产、和管理的“卓越人才”，同时为优秀学生保研、考研、出国继续深造等打下坚实

理论和实践基础。

二、培养目标

本专业培养具备生物学与工程学方面的基本知识以及自然科学和人文科学基础知识，能在生物技术与工

程等相关领域从事生物工程产品生产、工艺设计、生产管理、新技术研究和新产品开发的多学科交叉应用型

工程技术专业人才。

三、培养要求

按照知识、能力、素质全面协调发展的要求，本专业学生主要学习生物工程产品生产相关的基础理论、

基本知识和基本技能，接受科学思维与实践创新方面的基本训练，掌握生物工程产品的研究方法与操作技术，

具备生物产品制造和研发中分析和解决相关问题的基本能力，同时在教学中根据生物制药、环境生物工程、

生物材料、生物系统工程等专业方向，进行特色化人才培养。


1.通过马克思主义基本原理、毛泽东思想和中国特色社会主义理论体系概论、思想道德修养与法律基础、

形势与政策、中国近现代史纲要、军事理论和军事训练等课程的学习，培养学生具有较好的人文社会科学基

础、较强的社会责任感和良好的工程职业道德。

2.通过高等数学、线性代数、大学物理及实验、电工学等知识的学习，使学生具有较扎实的从事工程实

践所需的相关数学、自然科学相关知识。

3.掌握扎实的工程基础知识和本专业的基本理论知识。

4.具备设计并解决工程问题的能力、动手能力和仪器操作能力，将所学理论知识综合运用到实践中的能

力。

5.创新能力和对生物工程中的新兴技术、新型设备和先进方法的改进、开发和设计能力。

6.能将计算机技术应用于生物工程的制图和施工，具有数据处理、工程绘图、模拟计算等能力。

7.了解生物工程所涉及领域的相关方针、政策和法规；

8.具有一定的组织管理能力、较强的表达能力、人际交往能力以及在团队中发挥作用的能力。

9.具有适应发展的能力以及对终身学习的正确认识。

10.具备英语综合运用能力，掌握文献检索、资料查询的基本方法，具有国际视野和跨文化交流、竞争与


74

合作能力。






主干学科：生物学、化学工程与技术

交叉学科：生物医学工程、食品科学与工程、化学、材料科学与工程、环境科学与工程等。


生物化学、化工原理、微生物学、细胞生物学、发酵与代谢工程、分子生物学与基因工程、酶与蛋白

质工程、生物分离工程、生物工程设备、生物传感器等。


军事训练、工程技术实习、化工原理课程实习、化学综合实验、生物工程课程设计、毕业实习、毕业

设计等。





75

BioengineeringⅠ. Introduction

Bioengineering was developed from Biological Chemical Engineering in 1994. Since then, plenty of domestic

and overseas experts in bioengineering have been introduced. The department is now of powerful mentors,

advanced scientific research equipment and excellent experiment facilities. The major is based on biochemistry

and covers diverse curricula of biological, chemical, biochemical, and bioengineering, etc. so that graduates are

cultivated with fundamentals and principles of biology and bioengineering, and the key technologies in the

domains of biochemistry (including modern biology, molecular biology and genetic engineering, enzyme and

protein engineering, fermentation and metabolic engineering, biological reaction engineering and bioseparation

engineering, etc.).

Students are cultivated with strong abilities of rational thinking, analyzing and problem solving. Students are

expected to acquire solid skills for biological researches, development of novel biological resources and mass

with high activity. Graduates are able to conduct biological researches, biotechnology productions, and biological

engineering design. All of these will lay a solid foundation for outstanding students in their postgraduate

recommendation or entrance examination, and overseas studies.

Ⅱ. Objectives

This major aims to train interdisciplinary applied talents with fundamental knowledge in biology, engineering,

natural science and humanities. Graduates are capable of engaging in the production of biological products, process

design, production management, the research and development for new technologies and products in the domains

of biotechnology and engineering.

Ⅲ. Requirements

Students are required to acquire fundamentals, theories, knowledge about bioengineering. Students are

expected to have abilities to carry out bioengineering design, scientific research, problem analysis and solving in the

research and manufacture of biological products.


1. Have excellent social responsibility and occupation morality and well understand state-of-art, latest progress,

prospects and the development direction of the discipline.

2. Have knowledge of math, science and economic management in engineering projects.

3. Grasp the theories, principles and knowledge about Inorganic and Analytical Chemistry, Organic Chemistry,

Physical Chemistry, Principles of Chemical Engineering, Biochemistry, Microbiology, Cell Biology, Bioengineering

Equipment, Molecular Biology and Genetic Engineering etc.

4. Obtain the abilities not only to design and solve engineering problems but also to apply theoretical

knowledge into practices.


advanced methods in Bioengineering.

6. Have the abilities of data processing, engineering drawing and simulation.

7. Grasp the related policies, laws and statutes of Bioengineering.



76








Ⅴ. Major discipline and interdisciplinary subjects

Major Discipline: Biology, Chemical Engineering and Technology

Interdisciplinary Subjects: Biomedical Engineering, Food Science and Engineering, Chemistry, Materials

Science and Engineering, Environmental Science and Engineering, etc.

Ⅵ. Core courses

Biochemistry, Principles of Chemical Engineering, Microbiology, Biochemistry, Cell Biology, Fermentation and

Metabolic Engineering, Molecular Biology and Genetic Engineering, Enzyme and Protein Engineering, Bioseparation

Engineering, Biological Engineering Equipment, etc.


Military Training, Engineering Training, Practice for Principles of Chemical Engineering, Comprehensive

Chemistry Experiments, Curriculum Design for Bioengineering, Graduation Project, Graduation Practice.


compulsory courses, the optional courses of general education (no less than 8 credits) and some otherspecialized optional courses .


77

生物工程专业教学计划进程表Table of Teaching Plan for Major of Bioengineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303


论 ‖Overview to Mao Zedong Thought and TheTheoretical System of Socialism With ChineseCharacteristics

6 48 48 6 019

15045602思想道德修养与法律基础 ‖Ideological andMoral Cultivation & Basic Law

3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要 ‖Chinese Modern HistorySummary

2 24 8 2 019


Required Courses·Specialized Education Courses


3 32 16 3 006


1 40 1 006



11120904大学物理实验（ Ⅰ ）＊ ‖ College PhysicsExperiments (Ⅰ)＊

1.5 24 1.5 013


1.5 24 1.5 013











03126803 化工原理（Ⅰ）★‖ Principles of Chemical 2.5 40 2.5 003


78

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Engineering (Ⅰ)★


2 32 2 003

03026901化工原理课程实习‖Curriculum Practice forPrinciples of Chemical Engineering

2 80 2 003


1 16 1 003

03037701化学综合实验＊‖ Comprehensive ChemistryExperiments＊

3 120 3 003

02037801 基础生物学‖Fundamentals in Biology 2 32 2 002

03045501生物工程课程设计＊‖Curriculum Design forBiological Engineering ＊

2 80 2 002

03037902生物工程设备 ‖ Biological EngineeringEquipment

3 48 3 002

03038301生物工程综合实验＊‖Biological EngineeringExperiments ＊

2 80 2 002

03131302 生物化学（Ⅰ）‖Biochemistry(Ⅰ) 3 48 3 002

03231302 生物化学（Ⅱ）‖Biochemistry(Ⅱ) 3 48 3 002

03031502 生物化学实验‖Biochemistry Experiments 3 48 3 002

03032403 微生物学★‖Microbiology★ 3 48 3 002

03032503 微生物学实验‖Microbiology Experiments 2 32 2 002

03055304 无机化学‖Inorganic Chemistry 3 40 8 3 003

03032804 物理化学‖Physical Chemistry 3 48 3 003


02020901 细胞生物学‖Cytobiology 2 32 2 002




Required Courses·Specialized Courses



03021702发酵与代谢工程‖Fermentation and MetabolicEngineering

3 48 3 002

02024201发酵与代谢工程实验 ‖ Experiments inFermentation and Metabolic Engineering

1 16 1 002

03038103分子生物学与基因工程‖Molecular Biology andGenetic Engineering

3 48 3 002

02024101分子生物学与基因工程实验‖Experiments inMolecular Biology and Genetic Engineering

1 16 1 002

03030202酶与蛋白质工程 ★ ‖ Enzymes and ProteinEngineering ★

3 48 3 002

02022601 生物传感器‖Biosensor 2 32 2 002

03031602生物分离工程 ‖ Biological SeparationEngineering

3 32 16 3 002

02024001生物分离工程实验‖Experiments in BiologicalSeparation Engineering

1 16 1 002



03036702工业微生物遗传育种 ‖ Industrial geneticbreeding on Microorganism

2 32 2 002

02021001 免疫学‖Immunology 2 32 2 002

03049001 生物反应工程‖Bioreaction Engineering 2 32 2 002

02022801 生物工程专业英语‖Bioengineering English 2 32 2 002

03045301 生物信息学‖Bioinformatics 2 32 2 002


79

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


02022901 生物学文献检索‖Biology Literature Retrieval 1 16 1 002

02023101生物仪器分析 ‖ Instrumental Analyses inBiology

2 24 8 2 002

03031802 生物制药学‖Biopharmaceutics 2 32 2 002

02023001 天然产物化学‖Chemistry of Natural Products 2 32 2 002

03045401 细胞工程学‖Cell Engineering 2 32 2 002

02022701 生物纳米材料‖Biological Nanomaterials 2 32 2 002

必修课程汇总‖Required Courses Total 157 1656 1704 25.5 21 24.5 22 24.5 16.5 10 13

选修课程汇总‖ Selected Specialized CoursesTotal

21 360 8 2 6 15





80

辐射防护与核安全一、专业介绍

辐射防护与核安全专业设立于 2007 年,是工业与信息化部的国防特色专业，国家能源战略发展的紧缺专

业。2008 年招收第一届本科生，2012 年初经江苏省学位委员会评定获得学士学位授予权。本专业融辐射防

护、核与辐射安全工程、放射性污染防治于一体，以“辐射环境监测与评价”、“放射性污染防治”为特色，

以实验环境、实习基地为基础，以教学改革为导向，以优良的教师队伍为主体，培养了一批辐射防护、辐射

环境工程及核与辐射安全领域中能采用先进设备、监测技术，并结合核电子学和辐射环境评价技术，进行辐

射环境监测和核安全工程的规划、设计、开发、管理和研究的高素质研究应用型工程技术人才。毕业生可在

国家能源、国防、环境保护、安全保障、医疗卫生等领域的科研院所、高等院校、企业、高新技术公司从事

各种放射源设施与设备的安全评价与管理、放射性废物与辐射污染环境的处理与处置工程、辐射环境的监测

与评价等的研究、设计、制造、试验与开发工作。

二、培养目标

本专业培养具备原子核物理、辐射剂量测量与控制、辐射探测与数据分析、辐射防护、放射化学等基础

知识与应用能力，能在核科学与核技术相关的科研院所、企事业单位、高新技术公司从事辐射环境监测与评

价、核与辐射安全工程、放射性污染环境的治理与修复、放射性废弃物的处理与处置等方面的工作，以及从

事技术管理的高级工程技术人才。

三、培养要求

本专业学生主要学习核物理与核技术、辐射剂量学、辐射防护、辐射环境监测等的基础理论，接受核与

辐射安全工程师的基本训练，具有从事辐射探测、放射性污染治理、核与辐射危险的安全评估与应急处置、

辐射环境监测与评价的技术分析、辐射防护组织管理、工程设计与实施的基本能力。


1．具有较好的人文社会科学素养、较强的社会责任感和良好的工程职业道德。

2．具有从事辐射防护与核安全工作所需的相关数学、自然科学知识；

3．掌握工程基础知识和本专业的基本理论知识，具有系统的工程实践学习经历；了解本专业的前沿发

展现状和趋势；

4．具备一定的设计和实施工程实验的能力，并能够对实验结果进行分析；

5．掌握基本的创新方法，具有追求创新的态度和意识；具有综合运用理论和技术手段设计系统和过程

的能力，设计过程中能够综合考虑经济、环境、法律、安全、健康、伦理等制约因素；

6．掌握文献检索、资料查询及运用现代信息技术获取相关信息的基本方法；

7．了解与本专业相关的职业和行业的生产、设计、研究与开发、核安全和辐射防护等方面的方针、政

策和法津、法规，能正确认识工程对于客观世界和社会的影响；

8．具有一定的组织管理能力、表达能力和人际交往能力以及在团队中发挥作用的能力；

9．对终身学习有正确认识，具有不断学习和适应发展的能力；

10．具有较好的国际视野和跨文化的交流、竞争与合作能力。





81



主干学科：核科学与技术、环境工程、化学工程。

交叉学科：生物工程。


核科学技术概论、原子核物理学、辐射剂量学、放射化学、核电子学与核仪器仪表、辐射防护、辐射

环境监测基础理论课程。


工程技术实习、化工原理课程实习、辐射防护课程设计、辐射环境监测课程设计、毕业实习、毕业设

计等。





82

Radiation Protection and Nuclear Safety

I. Introduction

Radiation Protection and Nuclear Safety was established as a characteristic major of national defense by

Ministry of Industry and Information Technology in 2007 in order to meet the critical demands of national energy

development strategy. The major has integrated with radiation protection, nuclear and radiation safety

engineering, radioactive pollution prevention and control, and specialized in Radiated Environment Monitoring

and Evaluation and Radioactive Pollution Benign Treatment. Based upon experimental environment and practice

centers, the department, which is oriented by the education reform, is committed to cultivate talents in the

research and engineering of radiation protection and nuclear safety with all faculty efforts. Graduates are

expected to engage in the safety evaluation and management of facilities and equipment which are installed with

radioactive resources in corresponding institutes, universities, enterprises, high-tech companies. Graduates are

also involved in the treatment and disposal of radioactive wastes, radioactive contamination, environmental

radiation monitoring and evaluation.

II. Objectives

The major aims to cultivate students with fundamentals of nuclear physics, radiation dose measurement

and control, radiation detection and data analysis, radiation protection, radio-chemistry. Graduates are qualified

to work in academic institutes, enterprises, hi-tech companies involving in environmental radiation monitoring

and evaluation, nuclear and radiation safety, radiation control and remediation of environmental pollution,

radioactive waste treatment and disposal, etc.

III. Requirements

Students are required to acquire the fundamental theories and knowledge about radiation protection and

nuclear safety, environmental monitor and pollution control engineering. Students are expected to have the

ability to carry out radiation detection, radioactive pollution treatment, nuclear and radiation safety assessment,

organization and management of radiation protection, engineering design and implementation.


1. Have excellent social responsibility and occupation morality.

2. Have the knowledge of math and science for engaging in the work of radiation protection and nuclear

safety.

3. Master the engineering fundamentals and theoretical knowledge of radiation protection and nuclear safety,

have systematic engineering practice experiences, and well understand state-of-art, latest progress, prospects and

the development direction of the radiation protection and nuclear safety.

4. Be capable of designing and implementing engineering experiments, and analyzing the experimental data.


advanced methods in in Radiation Protection and Nuclear Safety, and to apply theories and techniques into the

design with the overall consideration of economic, environmental, legal, safety, health, ethics and other constraints.

6. Grasp the methods of the literature and profile search using modern information technologies.

7. Grasp the guidelines, policies, laws and regulations of industrial production, design, research and


83

development, and other aspects related to radiation protection and nuclear safety.









Ⅴ. Major discipline and interdisciplinary subjects

Major Discipline: Nuclear science and technology, environmental engineering, chemical engineering.

Interdisciplinary Subjects: biological engineering.

Ⅵ. Core courses

Introduction to Nuclear Science and Technology, Nuclear Physics, Radiation Dosimetry, Radiochemistry,

Nuclear Electronics and Nuclear Instrumentation, Radiation Protection, Courses for Fundamentals in Radiated

Environment Monitoring.


Military Training, Engineering Training, Practice for Principles of Chemical Engineering, Curriculum Design for

Radiation Protection, Curriculum Design for Radiated Environment Monitoring, Graduation Project, Graduation

Practice.

Ⅷ. Graduation RequirementsTo achieve a minimum requirement of 175 credits for graduation, students are required to complete all thecompulsory courses, the optional courses of general education (no less than 8 credits) and some other

specializedoptional courses .


84

辐射防护与核安全专业教学计划进程表Table of Teaching Plan for Major of Radiation Protection and Nuclear Safety

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303


论‖ An Overview to Mao Zedong Thought andThe Theoretical System of Socialism With ChineseCharacteristics

6 48 48 6 019

15045602思想道德修养与法律基础‖ Ideological andMoral Cultivation & Basic Law

3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖Chinese Modern HistorySummary

2 24 8 2 019




3 32 16 3 006



11120904大学物理实验（ Ⅰ ）＊ ‖ College PhysicsExperiments (Ⅰ)＊

1.5 24 1.5 013


1.5 24 1.5 013








03046702 放射化学‖Radiochemistry 3 48 3 002


03047001 辐射防护‖Radiation Protection 2 32 2 002

02021101辐射防护课程设计＊‖Curriculum Design ofRadiation Protection ＊

2 80 2 002

02021201 辐射环境监测 ‖ Radiated Environment 2 32 2 002


85

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Monitoring

02021301辐射环境监测课程设计＊‖Curriculum Designfor Radiated Environment Monitoring ＊

2 80 2 002

03046901 辐射剂量学‖Radiation Dosimetry 2 32 2 002



02020101核电子学与核仪器仪表‖Nuclear Electronicsand Instrumentation

2 32 2 002


2.5 40 2.5 003


2 32 2 003

03026901化工原理课程实习‖ Curriculum Practice forPrinciples of Chemical Engineering

2 80 2 003


1 16 1 003



03032804 物理化学‖Physical Chemistry 3 48 3 003




03046801 原子核物理学‖Nuclear Physics 3 48 3 002


Required Courses·Specialized Courses



03047301 反应堆工程‖Nuclear Reactor Engineering 2 32 2 002

03047202放射性废物处理与处置 ‖ Treatment andDisposal of Radioactive Waste

2 32 2 002

02021701辐射剂量与探测实验‖ Radiation Dose andDetection Experiments

2 32 2 002

02021501核安全法规与实务‖Regulations and Practicesof Nuclear Security

2 32 2 002

03046601核科学技术概论★‖ Introduction to NuclearScience and Technology ★

2 32 2 002

02021401核实验方法与数值分析‖Nuclear ExperimentalMethods and Numerical Analyses

2 32 2 002

02021601核物理基础实验＊ ‖ Nuclear PhysicsExperiments ＊

2 32 2 002

02021801环境放射化学实验 ‖ EnvironmentalRadiochemistry Experiments

1 16 1 002

03147102环境工程学（ Ⅰ ） ‖ EnvironmentalEngineering(Ⅰ)

2 32 2 002

03247102环境工程学（ Ⅱ ） ‖ EnvironmentalEngineering(Ⅱ)

2 32 2 002

03027501环境工程专业实验‖Environmental EngineeringExperiments

5 80 5 002



02022101 γ能谱分析‖γ Spectrum Analyses 2 32 2 002

03040802安全检测与检控技术‖ Safety Inspection andControl

2 32 2 003

03020503安全原理与系统工程‖ Safety Principles andSystem Engineering

3 48 3 003

03022002防火防爆工程★‖ Fire and Explosion SecurityEngineering★

3 48 3 003


86

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


02022001 辐射生物学‖Radiation Biology 2 32 2 002

04023002 固体物理‖Solid State Physics 3 48 3 004

03047501 核环境学‖Nuclear Environment 2 32 2 002

02021901核科技英语与文献检索‖Nuclear Science andTechnology English and Literature Retrieval

1 16 1 002

02028401环保设备基础 ‖ Environmental ProtectionEquipment

2 32 2 002

03044401环境工程 Auto CAD ＊ ‖ AutoCAD forEnvironmental Engineering＊

2 16 16 2 002

03042302燃烧与爆炸理论★‖Combustion and ExplosionTheory ★

4 64 4 003

03132103水污染控制工程（Ⅰ）‖Water Pollution ControlEngineering (Ⅰ)

2 32 2 002

03232103水污染控制工程（Ⅱ）★‖Water PollutionControl Engineering (Ⅱ)★

3 48 3 002

02025001学科前沿系列讲座＊‖Seminars on AcademicFrontiers＊

1 16 1 002

02020601文献检索与学术论文写作‖Literature Searching& Academic Writing

1 16 1 002

必修课程汇总‖Required Courses Total 155 1744 1488 25.5 22 26.5 20 19.5 15.5 9 17

选修课程汇总‖ Selected Specialized CoursesTotal

33 512 16 12 11 10




.

南京理工大学化工学院 2014本科专业介绍及教学计划进程表

87

化工学院化工学院是南京理工大学的一个直属学院。前身为创建于 1953 年的哈尔滨军事工程学院有关系科，

1988 年 9 月更名为化工学院。学院设有制药与精细化工系、应用化学系、化学工程系、化学系、非金属材

料科学与工程系、安全工程系、国家特种超细粉体工程技术研究中心、国家民用爆破器材质量监督检验中

心及有关研究所、科技产业等二十余个单位。

学院拥有博士学位授予权一级学科 3 个，硕士学位授予权一级学科 3 个、二级学科博士点 10 个、二

级学科硕士点 17 个、工程硕士培养领域 4 个、博士后流动站 5 个、本科专业 7 个。学院拥有国家重点学

科 3 个，建有国家级工程中心 1 个，国家级检测中心 1 个，教育部重点实验室 1 个，省市工程中心 6 个。

建有国家级化学化工实验教学示范中心 1 个。

学院有教职工 220 余人，其中中国工程院院士 1 人，白俄罗斯外籍院士 1 人，副高级以上职称教师 130

余人，博士生导师 50 余名。化工学院在校各类学生总数 2300 余人，其中博士研究生、硕士研究生约 1100

人、本科生约 1200 人。

学院拥有授权专利 200 余件，获国家级科技成果奖 23 项，国家级教学成果奖 2 项。学院年度科研经

费约 1 亿元，校办科技产业利润 1000 余万元，有用于结构分析、性能测试等先进的大型仪器设备 140 余

台套。学院在化学化工、含能材料、民用爆破器材等研究领域专业齐全、富有特色并有较强实力。

化工学院全体教职工将团结一致，满怀信心，为创建国内一流、若干学科方向在国际上有较大影响的

化学化工类研究型二级学院，而继续努力奋斗.


88

School of Chemical Engineering

The School of Chemical Engineering (“the School”) is an institute directly subordinated to NUST, and its

predecessor is relevant departments and subjects of Harbin Institute of Military Engineering founded in 1953. In

September 1988, it was renamed as School of Chemical Engineering. The School has more than 20 facilities,

including Department of Pharmacy and Fine Chemical Engineering, Department of Applied Chemistry,

Department of Chemical Engineering, Department of Chemistry, Department of Nonmetallic Materials Science

and Engineering, Department of Safety Engineering, National Special Superfine Powder Engineering Research

Center, National Civil Explosives Materials Quality Supervision and Inspection Center, and relevant research

institutes and sci-tech industries, etc.

The School’s disciplines and programs include: 3 primary disciplines with the right to confer the Doctor’s

Degree, 3 primary disciplines with the right to confer the Master’s Degree, 10 doctoral programs of secondary

disciplines, 17 master degree programs of secondary disciplines, 4 in the cultivation of master of engineering, 5

mobile post-doctoral stations, and 7 bachelor's degree programs. In addition, the School owns 3 State-level key

disciplines, and 1 State-level engineering center and 1 National inspection center, 1 key laboratory of the Ministry

of Education, 6 provincial and municipal engineering centers，and 1 National Chemical Experimental Teaching

Demonstration Centre.

The School has over 220 faculty and staff, with 1 academician of Chinese Engineering Academy, 1 foreign

academician from Belarusian, 130 of them holding professional titles at sub-senior level or above, and over 50

Ph.D. tutors. The School has 2,300 students enrollment, including 1,100 graduate students (Ph.D and M.S.) and

about 1,200 undergraduate students.

The School has more than 200 issued patents, and has won 23 State-level sci-tech achievements awards,

and 2 State-level teaching achievements awards. The School has annual scientific research fund of more than

RMB 100 million and the School-run sci-tech industries can realize the profit of more than RMB 10 million. The

School possesses over 140 pieces of advanced large-scale equipment for the structure analysis and performance

test of materials and has a complete set of specialties in the field of chemistry and chemical engineering,

materials science, energetic materials and civil explosive materials and equipment, and the School is particularly

and distinctively powerful in these areas.


89

化学工程与工艺一、专业介绍

化学工程与工艺专业是国家特色专业和江苏省品牌专业，具有一级学科博士点授予权，设有博士后流动

站。化学工程与工艺专业以过程工业为背景，融化工设计、工艺优化及过程控制于一体，以“绿色化工技术”、

“先进催化技术”为特色，以国家级化学化工实验教学示范中心、国家级化工专业工程实践教育中心为人才培

养基地，以教学改革为导向，以国家级教学团队为主体，培养了大批在化工、石油、医药、能源、轻工、材

料、食品、环保等部门，从事新工艺、新产品、新技术的研究与开发及生产技术管理等方面工作的高级工程

技术人才。

二、培养目标

本专业培养具备化工设计、工艺优化及过程控制等基础知识与应用能力，具有创新精神、求实作风、经

济观点、环保与安全意识和国际视野，能在化工、石油、医药、能源、轻工、材料、食品、环保等部门，从

事新产品、新工艺、新技术的研究、创新与开发及生产技术管理等方面工作的高级工程技术复合型人才。

三、培养要求

本专业学生主要学习化学工程学与化学工艺学等方面的基础理论，接受化学化工实验技能、工程实践、

计算机应用、科学研究与工程设计方法的基本训练，具有本专业必需的测试、计算、设计、制图、文献检索

的能力，同时具有对现代化工企业的生产过程进行模拟优化、革新改造、组织运行与生产管理，对新过程、

新产品、新工艺、新技术进行研制开发的基本能力。






主干学科：化学工程与技术

交叉学科：化学


无机化学、分析化学、有机化学、物理化学、化工原理、化工热力学、化工工艺学、化学反应工程、化

工机械与设备、化工自动化及仪表、化工实验等。

七、主要集中实践教学环节

军事训练、化学综合实验、工程技术实习、化工原理课程实习、VISUAL BASIC 课程设计、化工课程设计、

生产实习、毕业设计等。





90

Chemical Engineering and TechnologyI. Introduction

Chemical Engineering and Technology is the key major of both JiangSu province and the state. It has a primary

doctoral-granting discipline and a post-doctoral station. Chemical Engineering and Technology is based on the

process industries, including chemical engineering design, process optimization and process control. The major is

famous for green chemical technology and advanced catalytic technology. National Chemistry Experimental

Teaching Demonstration Center and National Chemical Engineering Practice Professional Education Center are used

as training base of talents. With a guide of teaching reformation and based on national teaching team, a large

number of advanced engineering and technical talents has been trained in the chemicals, petroleum,

pharmaceuticals, energy, light, materials, food, environmental protection and other departments engaging in new

technology, new products, new technology research and development, production technology management and

other aspects.

II. Objectives

This major aims at training senior engineering and technical talents to grasp the basic knowledge and

application ability in chemical process design, process optimization, process control. They are required to have

innovative spirit, pragmatic work style, economic point of view, and environmental protection and safety

consciousness, and the international vision so as to engage in research and development of new products, new

technology, and production technology management, in departments such as chemicals, petroleum, medicine,

energy, light industry, material, food, environmental protection, etc.

III. Requirements

The students are mainly required to grasp the basic theory of chemical engineering and chemical technology,

to receive the basic training on chemistry experiments and skills, engineering practice, computer applications,

scientific research and engineering design, to possess the necessary ability of testing, design, calculation, drawing

and document retrieval, and to gain the capability of simulation optimization, innovative transformation and

production management in modern chemical industry production process and of research and development in new

products, new processes and new technologies.

IV. Length of program and degree



Degree: Bachelor of Engineering.

V. Leading discipline and interdisciplinary subjects

Leading Discipline: Chemical Engineering and Technology;

Interdisciplinary Subject: Chemistry

VI. Core courses

Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, Chemical Engineering

Principle, Chemical Thermodynamics, Chemical Technology, Chemical Reaction Engineering, Chemical

Engineering Machinery and Equipment, Chemical Automation and Instrumentation, Chemical Experiments, etc.

VII. Collective practical teaching session


91

Military Training, Comprehensive Experimental Chemistry, Engineering Internship, Internship Program of

Chemical Engineering Principles, VISUAL BASIC Curriculum Design, Chemical Engineering Curriculum Design,

Production Practice, Graduation Design.



compulsory courses, the optional courses of general education (no less than 8 credits) and some other

specialized optional courses.


92

化学工程与工艺专业教学计划进程表Table of Teaching Plan for Major of Chemical engineering and technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303


论‖ Outline to Mao Zedong Thought and TheTheoretical System of Socialist With ChineseCharacteristics

6 48 48 6 019

15045602思想道德修养与法律基础‖ Ideological andMoral Cultivation & Basic Law Education

3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖ The Outline of ChineseModern and Contemporary History

2 24 8 2 019




3 32 16 3 006


1 40 1 006



11120904大学物理实验（Ⅰ）＊‖Experiments in CollegePhysics (Ⅰ)＊

1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






03022204 分析化学‖Analytical Chemistry 3 48 3 003

03022302分析化学实验 ‖ Analytical ChemistryExperiment

3 48 3 003



93

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


23020501 工程技术实习‖Engineering Training 1 40 1 022


2.5 40 2.5 003


2 32 2 003

03026901 化工原理课程实习 ‖ Course Practice ofChemical Engineering

2 80 2 003

03043701化工原理实验‖ Experiment in Principles ofChemical Engineering

1 16 1 003

03037701化学综合实验＊‖ Chemistry ComprehensiveExperiment＊

3 120 3 003





03132902物理化学实验（Ⅰ）‖Experiment in PhysicalChemistry (Ⅰ)

1 16 1 003

03232902物理化学实验（Ⅱ）‖Experiment in PhysicalChemistry (Ⅱ)

1.5 24 1.5 003

03134701 有机化学（Ⅰ）★‖Organic Chemistry (Ⅰ)★ 3 48 3 003

03234701 有机化学（Ⅱ）★‖Organic Chemistry (Ⅱ)★ 2 32 2 003

03134802有机化学实验（Ⅰ）‖Experiment in OrganicChemistry (Ⅰ)

1 16 1 003

03234802有机化学实验（Ⅱ）‖Experiment in OrganicChemistry (Ⅱ)

2 32 2 003





03025702 化工工艺学‖Chemical Technology 2 32 2 003

03026003化工机械与设备★‖Equipment and Machineryfor Chemical Engineering★

2.5 40 2.5 003

03026301化工课程设计＊‖Course Design of ChemicalEngineering＊

4 160 4 003

03026401化工热力学 ★ ‖ Chemical EngineeringThermodynamics★

3 48 3 003

03037304 化工实验‖Experiment of Chemical Engineering 3.5 56 3.5 003

03027002化工自动化及仪表‖ Chemical EngineeringAutomation and Instruments

2.5 32 8 2.5 003

03027102 化学反应工程‖Chemical Reaction Engineering 2.5 40 2.5 003



03060501MEMS 技术与应用＊ ‖ Technology andApplication of MEMS＊

1 16 1 003

03040802安全检测技术 ‖ Safety MeasurementTechnology

2 32 2 003

03060401安全科技前沿讲座＊‖Lectures on Frontiers ofSafety Technology＊

1 16 1 003

03020301 安全人机工程‖Security Ergonomics 2 32 2 003

03020703爆炸与爆破技术‖Explosion and BlastingTechnology

2 32 2 003

03020902表面化学与日用品化学‖ Surface Chemistryand Domestic Chemicals

2 32 2 003

03021201材料表面与界面‖ Surface and Interface ofMaterials

2 32 2 003

03042001 材料及其改性‖Materials Modification 2 32 2 003

01021301 弹药概论‖Ammunition Introduction 2 32 2 001


94

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


03049501分子模拟的基本原理及应用‖MolecularSimulation: Principles and Application

2 16 16 2 003


03022902高分子材料配方设计‖ Formula Design ofPolymer Materials

2 32 2 003

03040201高分子成型设备与模具‖Polymer ProcessingEquipment and Mold

2 32 2 003

03023502 高分子复合材料‖Polymer Composites 2 32 2 003

03023703高分子化学与物理概论 ‖ Introduction toPolymer Chemistry and Physics

2 32 2 003

03060001高分子科学前沿讲座＊‖Lectures on Frontiersof Polymer Science＊

1 16 1 003

08024402 工程流体力学‖Engineering Fluid Mechanics 2 30 2 2 008

03025102 功能材料学‖Functional Materials 2 32 2 003

03025202 功能高分子材料‖Functional Polymer Materials 2 32 2 003

03020203含能材料安全技术 ‖ Safety Technology ofEnergetic Materials

2 32 2 003

03022102化工分离工程 ‖ Separation Processes inChemical Engineering

2 32 2 003

03045701化工过程分析与开发 ‖ Analysis andDevelopment of Chemical Industrial Processes

2 32 2 003


2.5 40 2.5 003

03026102 化工计算‖Calculation of Chemical Engineering 2 16 16 2 003

03026202化工计算机辅助设计‖Computer-Aided Designof Chemical Engineering

2 16 16 2 003

03059701化工系统工程‖System Engineering of ChemicalIndustry

2 32 2 003

03060301化工学科前沿讲座＊‖Lectures on Frontiers ofChemical Engineering ＊

1 16 1 003

03027201化学化工文献‖ Literature of Chemistry andChemical Engineering

1 8 8 1 003

03028001环境科学导论‖ Introduction to EnvironmentalScience

2 32 2 002

03029502 结构化学‖Structural Chemistry 2 32 2 003

03059901界面与胶体化学 ‖ Colloid and InterfaceChemistry

2 32 2 003

03060101精细化工前沿讲座＊‖Lectures on Frontiers ofFine Chemical Engineering＊

1 16 1 003

03030002 聚合反应工程‖Polymer Reaction Engineering 2 32 2 003

03045802绿色化学化工技术‖ Green Chemistry andChemical Technology

2 32 2 003

03059601 民用爆破器材‖Civil Blasting Materials 2 32 2 003

03030301纳米材料与纳米技术‖ Nanomaterials andNanotechnology

2 32 2 003

03030702 热分析‖Thermal Analysis 2 32 2 003

03044001 生理学‖Physiology 2 32 2 003

03048601 生物医用材料‖Biomedical Materials 2 32 2 003

03048402 通用安全技术‖General Safety Technology 2 32 2 003

03040602 无机化工‖Inorganic Chemical Engineering 2 32 2 003

03048701新型碳材料化学 ‖ Chemistry of NewCarbon Materials

2 32 2 003

03033702 药理学‖Pharmacology 3 48 3 003

03034502 有机合成设计‖Organic Synthesis Design 2 32 2 003

01031401引信构造与作用 ‖ Fuze Construction andFunction

2 32 2 001


95

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


03024602 有机分析‖Organic Analysis 2 32 2 003

03034601有机化工原料及中间体‖Organic ChemicalMaterials and Intermediates

2 32 2 003

03048301 职业卫生‖Occupational Health 2 32 2 003

03060201制药前沿讲座＊‖ Lectures on Frontiers ofPharmacy＊

1 16 1 003

03023201 助剂及其应用‖Aids and Application 2 32 2 003

必修课程汇总‖Compulsory Courses Total 148.5 1504 1720 23.5 23.5 24.5 22 13 15 10 17

选修课程汇总‖ Specialized Optional CoursesTotal

93.5 1470 26 18 37.5 40





96

材料化学一、专业特色

材料化学是化学与材料科学等多学科交叉领域中十分活跃、年轻且充满朝气的专业，对于科学技术及

国民经济的发展至关重要，是 21 世纪化学发展中的重要学科，南京理工大学是全国首批开办材料化学本科

专业的高校之一。材料科学已渗透至化学领域，材料科学与化学、物理等学科的融合，旨在追求对化工、

电子、光学、磁性等材料性能的理解以及这些固体材料（包括薄膜材料）在现代技术中的应用。材料化学

不仅关注与化学、物理有关的基础科学，在金属、陶瓷等传统行业中的应用技术，还更加注重现代高科技

创新问题，涉及通讯、信息、交通、医疗和能源等技术领域。

二、培养目标

本专业培养学生掌握材料科学的基本理论与研究方法，具备一定的材料化学以及相关专业的基本理论

知识、技能以及较宽广的知识储备（例如，对目前的研究热点纳米材料的了解）。与传统材料专业偏于注重

材料的物理性能不同，材料化学更加注重对无机材料和有机材料（例如，高分子材料）的制备、结构表征

的深入学习和研究，对材料组分的认知。毕业后成为从事新产品、新工艺、新技术的研究、创新与开发及

生产技术管理等方面工作的高级工程技术复合型人才。

三、培养要求

让学生从原子、离子、分子等化学角度学习、认知材料科学与技术，包括硬质体相材料、软质体相材

料（高分子材料）的结构、表面化学、性能、制备和表征等。在关注已有材料的同时，更加注重对新材料

的认知，包括通过电子信息检索、计算机模拟等手段开展学习、研究。在高年级学习以及进一步深造和工

作中，学生可凭借已有知识和技能，加入从科研团队直至私营企业的各类部门，开展广泛的科学研究、产

品研发、质量控制等工作，也包括知识产权保护等管理工作。总之，可供材料化学毕业生施展才华的领域

是宽阔的，从金刚石、塑料到航天航空、医药产业等等。


1．掌握化学与无机非金属材料、金属材料、高分子材料和复合材料有关联性的基本理论、基本知识；

2．认识重要材料的生产工艺与设备的设计方法；

3．具有对新产品、新工艺进行研究、开发和设计的初步能力；

4．熟悉国家关于材料生产、设计、研究与开发、以及环境保护等方面的方针、政策和法规；

5．了解新材料理论、新工艺、新技术与新设备的发展动态；

6．具有创新意识和独立获取新知识的能力。






主干学科：材料科学与工程、化学

交叉学科：物理学、化学工程与技术



97

无机化学、分析化学、物理化学、有机化学、化工原理、固体化学、材料化学、材料物理、材料科学

研究方法和催化材料基础等。


军事训练、工程技术实习、化工原理课程实习、化学综合实验、材料化学综合实验、生产实习、毕业

设计（论文）等。


本专业学生除修满专业教学计划中规定的必修课以外，还需选修通识教育选修课 8 学分、专业选修

课若干，方可达到 175 学分的毕业学分要求。


98

Materials Chemistry

Ⅰ. Introduction

Materials Chemistry, established in 1990s, is a provincial key major in Jiangsu China. It offers bachelor,

master and doctor degree, and also provides post-doctoral program. The major focuses on the basic science of

chemistry and physics, the traditional application areas of metallurgy or ceramics, and modern high techniques

concerning telecommunications, information technology, transportation, clinical diagnosis and care, and energy

generation, etc.

Ⅱ. Objectives

The major aims at cultivating students with basic knowledge of materials chemistry, providing opportunities

for students to engage in research, development and management of new products, new technology and new

techniques in the fields of chemicals, petroleum, medicine, energy, light industry, material, food, environmental

protection, etc.

Ⅲ. Requirements

Students are required to master the basic knowledge of materials science and technology, to understand the

relationships between the arrangement of atoms, ions, or molecules comprising a material, and its overall bulk

structural and physical properties. Graduates are expected to have abilities of scientific research on synthesizing

and characterizing new materials, and of predicting structures and properties of materials. Graduates are also

expected to engage in new materials creation, production and quality control in industries of pharmaceuticals,

agriculture, diamond exploration, plastics manufacturing, aerospace, biotechnology, etc.


1. Master basic theories and knowledge of inorganic material chemistry, metallic material chemistry,

polymer material chemistry and composite material chemistry.

2. Understand design methods of material preparation techniques and equipment.

3. Have preliminary abilities of researching, developing and designing in new product and novel techniques.

4. Understand the laws and regulations regarding production, design, research and development in the

profession and industry of materials chemistry and engineering; have the awareness of environmental protection

and sustainable development.

5. Have an understanding of theories, techniques, technologies and equipment in new material preparation

and application.

6. Having the ability of innovation and obtaining new information.


Standard Academic Year: 4 years.

Length of Schooling: 3 to 6 years.


Ⅴ. Leading discipline and interdisciplinary subjects

Leading disciplines: Materials Science and Engineering, Chemistry.

Interdisciplinary subjects: Physics, Chemical Engineering and Technology.

Ⅵ. Core courses


99

Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Physical Chemistry, Principle of Chemical

Engineering, Solid State Chemistry, Materials Chemistry, Materials Physics, Materials Science Research Methods,

Catalytic Materials, etc.


Comprehensive Experimental Chemistry, Engineering Practice, Practice of Chemical Engineering Principles,

Course Design of VISUAL BASIC, Course Design of Chemical Engineering, Graduation Practice, Graduation Project,

etc.






100

材料化学专业教学计划进程表Table of Teaching Plan for Major of Material Chemistry

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








3 48 3 003




101

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2.5 40 2.5 003


2 32 2 003


2 80 2 003


1 16 1 003


3 120 3 003






1 16 1 003


1.5 24 1.5 003




1 16 1 003


2 32 2 003





03021302 材料化学★‖Materials Chemistry★ 3 48 3 003

03043802材料化学专业实验‖Professional Experiment inMaterials Chemistry

3 48 3 003

03042201材料化学综合实验＊ ‖ ComprehensiveExperiment of Materials Chemistry＊

3 120 3 003

03041802材料科学研究方法★‖Methods of MaterialsScience Research ★

3 48 3 003

03024504材料物理基础 ‖ Fundamentals of MaterialPhysics

2 32 2 003

03021403催化材料基础 ‖ Fundamentals of CatalyticMaterials

2 32 2 003

03025303 固体化学‖Solid State Chemistry 3 48 3 003




1 16 1 003


2 32 2 003


1 16 1 003



2 32 2 003


2 32 2 003


2 32 2 003



03049501 分子模拟的基本原理及应用‖Molecular 2 16 16 2 003


102

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Simulation: Principles and Application



2 32 2 003


2 32 2 003



2 32 2 003


1 16 1 003





2 32 2 003


2 32 2 003


2 32 2 003


2.5 40 2.5 003



2 16 16 2 003


2 32 2 003


1 16 1 003


1 8 8 1 003


2 32 2 002



2 32 2 003


1 16 1 003



2 32 2 003



2 32 2 003


03044001 生理学‖Physiology 2 32 2 003





2 32 2 003




2 32 2 001


103

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2 32 2 003



1 16 1 003


必修课程汇总‖Compulsory Courses Total 148.5 1536 1664 23.5 23.5 24.5 22 19.5 10.5 8 17


93.5 1470 26 18 37.5 40




.


104

高分子材料与工程一、专业介绍

高分子材料与工程专业设立于 1991 年，是江苏省重点专业，教育部卓越工程师教育培养计划专业，

拥有“材料学”博士点和“高分子化学与物理”硕士点，所在的材料学学科是国家重点学科。本专业坚持科学

研究、技术开发与工程应用并重，专业特色是以工为主、理工兼备，以高分子改性和成型为主、兼顾功能

高分子合成及应用。本专业学生就业面向塑料、化纤、橡胶、涂料、胶黏剂、轻工、纺织、建筑、船舶、

汽车、冶金、石化、电子、航空、航天等领域，从事高分子合成、高分子改性和成型加工的理论研究、技

术开发、工程应用及生产管理等方面工作。

二、培养目标

本专业培养的毕业生掌握扎实的高分子材料与工程专业基础理论和专业技能，掌握高分子材料的成型

加工、改性工艺及方法，掌握高分子材料的研究方法，具备高分子材料合成、改性和加工方面理论研究、

技术开发、工程应用及生产管理等能力。本专业培养的毕业生能在高分子材料领域从事科学研究、教学、

技术开发、工艺设计、生产及经营管理等方面工作，有较强的计算机应用能力和语言表达能力，是富有创

新精神的研究应用复合型高素质专业人才。毕业生经过 5 年的工作，能够胜任工作岗位要求，取得相应工

作岗位的专业资质或职级，成为单位的学术新秀或技术骨干。

三、培养要求

本专业按照教育部的有关要求，结合多年的人才培养经验，结合毕业生就业领域，不断完善和建立健

全专业培养体系。通过本科阶段的培养和训练，本专业毕业生应掌握物理、化学和化工领域基础理论，掌

握高分子化学、高分子物理、高分子成型加工、材料科学与工程的专业理论，掌握高分子材料的研究方法，

掌握高分子材料合成、改性、加工、生产和应用方面的专业技能，具备高分子材料合成、改性、加工等方

面的研究创新能力，具有工程、检测、评价和管理等应用实践能力，具有较强的工程实践能力、工程设计

能力和工程创新能力。本专业毕业生还应具有较好的人文社会科学素养、较强的社会责任感和良好的工程

职业道德，具有较强的组织管理能力、表达能力、人际交往能力和在团队中发挥作用的能力，具有适应社

会发展和科技发展的能力，具有终身学习的认识理念和学习能力，具有国际化视野和跨文化的交流、竞争

及合作能力。


1.具有较好的人文社会科学基础，较强的社会责任感和良好的工程职业道德。

2.具有较扎实的从事工程实践所需的相关数学、自然科学知识、经济管理相关知识。

3.掌握扎实的化学化工类工程基础知识；掌握高分子材料与工程的基础知识和基本理论。

4.具有实际动手能力和操作能力，运用所学的基础知识、基本理论，进行分析、设计并解决工程问题

的能力和基本的科研创新能力

5.利用计算机语言/软件进行数据处理、模拟计算与绘图的能力。

6.具有创新意识和对新产品、新工艺、新技术和新设备进行研究、开发和设计的初步能力。

7.了解与本专业相关的法律、法规，熟悉环境保护和可持续发展等方面的方针、政策和法律、法规。


9.具有适应发展的能力以及对终身学习的正确认识和学习的能力。

10.具有外语综合运用能力、国际视野和跨文化交流、竞争与合作能力。


105






主干学科：材料科学与工程

交叉学科：化学、化学工程、物理学


有机化学、物理化学、分析化学、化工原理、高分子化学、高分子物理、高分子材料成型原理与工艺、

高分子材料研究方法、高分子成型设备与模具和功能高分子材料等。


军事训练、工程技术实习、VB 课程设计、化学综合实验、化工原理课程实习、高分子制备课程设计、

高分子成型综合实验、毕业实习、毕业设计。教育部卓越工程师教育培养方向还专门开设高分子工艺设计

和企业生产工艺。





106

Macromolecular Materials and Engineering

Ⅰ. Introduction

Macromolecular Materials and Engineering, established in 1991, is a provincial key major in Jiangsu and an

“Excellent Engineers Plan” of Ministry of Education. It offers bachelor, master and doctor degree, and also

provides post-doctoral program. Its supporting discipline “Materials Science” is a national key discipline. The

Major attaches importance to scientific research, technology development and engineering application. The

Major focuses on modification and processing of polymers, synthesis and application of functional polymers. The

graduates are expected to engage in the jobs of theory research, technology development, engineering

application and production management about polymer synthetic, polymer modification and polymer processing

in polymer industry and other fields.

Ⅱ. Objectives

The Major aims at cultivating students with a solid grasp of basic knowledge and professional skills,

technologies and methods of processing and modification, and research method of polymer. The graduates are

expected to have abilities of theory research, technology development, engineering application and production

management about polymer synthetic, polymer modification and polymer processing. The graduates are

expected to undertake scientific research, teaching, technical development, technological design, production and

operation management in the fields of polymer materials.

Ⅲ. Requirements

The students are required to master the basic theory of physics, chemistry and chemical industry, the

professional theory of polymer chemistry, polymer physics, polymer processing and materials science and

engineering, and the research methods of polymer materials, and the professional skills of polymer synthesis,

modification, processing, production and application. In addition, the graduates should have the strong practical

and innovation ability of engineering.


1. Have a good understanding in humanities and social sciences, social responsibility and professional ethics;

2. Equip with basic knowledge of mathematics, natural science, economics and management in engineering

practice;

3. Acquire basic knowledge of chemistry and chemical engineering, and theories of polymer science and

engineering;

4. Obtain the abilities of analyzing, designing and solving engineering problems, and those of scientific

research and innovation through the application of the basic knowledge and theories;

5. The abilities of utilizing computer language and software to process data, simulate, calculate and draw;

master the basic methods of retrieving and information query;

6. Have the awareness of creativity and the preliminary capacity for researching, developing and designing

new products, new process, new technology, and new equipments;


profession and industry of polymer engineering; have the awareness of environmental protection and

sustainable development;


107


9. Have self-learning ability and social adaptability.

10. Have global vision, and ability of cross-cultural communication, competition and cooperation.


Standard length of schooling：Four years.

Period of study：Three to four years.

Conferred degrees：Bachelor of Engineering.


Leading discipline: Materials Science and Engineering

Interdisciplinary subjects: Chemistry, Chemical Engineering and Physics

Ⅵ. Core courses

Organic Chemistry, Physical Chemistry, Analytical Chemistry, Principles of Chemical Engineering, Polymer

Chemistry, Polymer Physics, Principles and Techniques of Polymer Processing, Research Methods of Polymer

Materials, Polymer Processing Equipment and Mold, Functional Polymer Materials, etc.


Military Training, Engineering and Technical Training, Course Design of VB, Chemical Comprehensive

Experiments, Course Practice for Principles of Chemical Engineering, Experiments Design of Polymer Preparation,

Comprehensive Experiments of Polymer Processing, Graduation Practice, Graduation Project, and other practical

programs for “Excellent Engineers Plan” of the Ministry of Education.





app:ds:analytical

app:ds:chemistry

app:ds:principles

app:ds:of

app:ds:chemical

app:ds:engineering

app:ds:principles

app:addword:technologies

app:ds:of

app:ds:research

app:ds:methods

app:ds:of

app:ds:materials

app:ds:chemical

app:ds:comprehensive

app:ds:experiment

app:ds:principles

app:ds:of

app:ds:chemical

app:ds:engineering

app:ds:graduation

app:ds:practice

app:ds:graduation

app:ds:project


108

高分子材料与工程专业教学计划进程表Table of Teaching Plan for Major of Micromolecular Materials and Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303


论‖Outline to Mao Zedong Thought and TheTheoretical System of Socialist With ChineseCharacteristics

6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



06000602Visual Basic 程序设计‖Visual BasicProgramming Design

3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013







03022302分析化学实验‖Analytical ChemistryExperiment

3 48 3 003



109

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


03126803化工原理（Ⅰ）★‖Principles of ChemicalEngineering (Ⅰ)★

2.5 40 2.5 003

03226803化工原理（Ⅱ）★‖Principles of ChemicalEngineering (Ⅱ)★

2 32 2 003

03026901化工原理课程实习‖Course Practice ofChemical Engineering

2 80 2 003

03043701 化工原理实验‖Experiment in Principles ofChemical Engineering

1 16 1 003

03037701化学综合实验＊‖Chemistry ComprehensiveExperiment＊

3 120 3 003






1 16 1 003


1.5 24 1.5 003




1 16 1 003


2 32 2 003



03024504材料物理基础‖Fundamentals of MaterialPhysics

2 32 2 003

03022502高分子材料成型原理与工艺‖Principles andTechniques of Polymer Processing

3 48 3 003

03023802高分子材料研究方法★‖Research Methods ofPolymer Material★

3 48 3 003

03023602 高分子化学★‖Polymer Chemistry★ 3 48 3 003

03023903 高分子基础实验‖Basic Experiment of Polymer 2 32 2 003

03024002 高分子物理★‖Polymer Physics★ 3 48 3 003

03023904高分子专业实验‖Professional Experiment ofPolymer

2 32 2 003


Ⅰ

13 520 13 003


03040502高分子成型综合实验＊‖ComprehensiveExperiment of Polymer Processing＊

2 80 2 003

03040402高分子设计及制备实验‖Experiment onDesign and Preparation of Polymers

2 80 2 003


Ⅱ（卓工）

13 520 13 003


03040502高分子成型综合实验＊‖ComprehensiveExperiment of Polymer Processing＊

2 80 2 003

03040402高分子设计及制备实验‖Experiment onDesign and Preparation of Polymers

2 80 2 003

03050101高分子工艺设计‖Polymer ProcessDesign

3 120 3 003

03059801 企业生产工艺‖Production Process 2 32 2 003



03060501MEMS 技术与应用＊‖Technology andApplication of MEMS＊

1 16 1 003

03040802安全检测技术‖Safety MeasurementTechnology

2 32 2 003


110

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



1 16 1 003



2 32 2 003

03020902表面化学与日用品化学‖Surface Chemistryand Domestic Chemicals

2 32 2 003

03021201材料表面与界面‖Surface and Interface ofMaterials

2 32 2 003




2 16 16 2 003


03022902高分子材料配方设计‖Formula Design ofPolymer Materials

2 32 2 003


2 32 2 003


03023703高分子化学与物理概论‖Introduction toPolymer Chemistry and Physics

2 32 2 003


1 16 1 003




03020203含能材料安全技术‖Safety Technology ofEnergetic Materials

2 32 2 003

03022102化工分离工程‖Separation Processes inChemical Engineering

2 32 2 003

03045701化工过程分析与开发‖Analysis andDevelopment of Chemical Industrial Processes

2 32 2 003


2.5 40 2.5 003



2 16 16 2 003


2 32 2 003


1 16 1 003

03027201化学化工文献‖Literature of Chemistry andChemical Engineering

1 8 8 1 003

03028001环境科学导论‖Introduction to EnvironmentalScience

2 32 2 002


03059901界面与胶体化学‖Colloid and InterfaceChemistry

2 32 2 003


1 16 1 003


03045802绿色化学化工技术‖Green Chemistry andChemical Technology

2 32 2 003


03030301纳米材料与纳米技术‖Nanomaterials andNanotechnology

2 32 2 003



111

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


03044001 生理学‖Physiology 2 32 2 003




03048701新型碳材料化学‖Chemistry of NewCarbon Materials

2 32 2 003



01031401引信构造与作用‖Fuze Construction andFunction

2 32 2 001



2 32 2 003


03060201制药前沿讲座＊‖Lectures on Frontiers ofPharmacy＊

1 16 1 003



Group I：Compulsory Courses Total147.5 1488 1720 23.5 23.5 24.5 22 15.5 15.5 6 17


Group II：Compulsory Courses Total152.5 1520 1840 23.5 23.5 24.5 22 15.5 15.5 9 19


93.5 1470 26 18 37.5 40





112

应用化学一、专业介绍

应用化学是当今国际国内研究最为活跃、充满机遇和挑战的交叉学科之一，本专业密切跟踪国内外发

展趋势，在培养计划上体现“重基础、宽口径和交叉复合”的特点，在打好学生 “四大化学”的扎实理论基础

上，要求学生系统掌握化学品结构、性能、合成与设计，实验室和工业制备工艺开发和性能分析测试等方

面的基础知识和基本技能，偏重于精细化学品的合成、工艺及其工程应用技术，包括新产品、新路线、新

方法、新工艺、新设备的设计和开发等，强化培养学生灵活运用专业知识解决实际问题的能力和从事科学

研究的能力，具有以化学基础理论为内涵，理论与实践结合，培养国民经济和国防科技发展所需的各种化

学化工高级人才为目标的专业特色。本专业依托我校应用化学国家级重点学科；有硕士、博士学位授予权

和博士后流动站；拥有国家级化学化工实验教学中心、省级化学实验教学示范中心。在理论研究和科技成

果转化等方面均已取得较大进展，众多的科研成果已经应用到国防科技和国民经济建设中，产生了可观的

社会效益和经济效益。

二、培养目标

本专业以化学基础理论为内涵，旨在培养德、智、体、美全面发展，具有化学基础研究和应用基础研

究能力的科学思维和科学实验训练的人才，在精细化学品的设计、合成工艺研究、过程与质量控制等方面

具有扎实的理论基础和试验技能的专门人才。本专业毕业生可在化工、医药、石油、环境监测、海关、商

检等领域从事研究、开发和管理工作。把学生培养成能在科研机构、高等学校及企事业单位等从事科学研

究、教学工作及管理工作的高级专门人才，适应化学化工产业发展的具有创新能力的新世纪人才。

三、培养要求

本专业学生主要学习化学理论（无机化学，有机化学，分析化学，物理化学，结构化学）、化工技术（化

工原理，精细化工工艺设计，化工工艺学）及工程设计（工程制图，绿色化学）等方面的基础知识、基本

理论和基本技能。学生具有较扎实的理论知识和实验操作技能，较高的技术开发和科技管理的水平，较强

的环境保护、绿色化学化工和可持续发展的意识与本领。

毕业生可获得以下几方面具体的知识和能力：

(1) 具有遵守职业道德的能力，较好的人文和社会科学素养，有效的人际交流能力及终身学习的能力；

(2) 坚实掌握基础化学、化工原理、精细化学品合成化学与工艺学等方面的基本理论、基础知识和实

验技能。具有初步的科学研究和实际工作能力；

(3) 掌握精细化学品的研发、分离分析、化工过程控制与绿色化等方面的基本技能；

(4) 熟练掌握一门外国语；较好掌握计算机基本知识和应用技术；掌握中外文献检索及运用现代信息

技术获取相关信息的基本方法；

(5) 了解应用化学的前沿理论、应用前景、最新发展动态及化学化工相关产业的发展状况。

(6) 达到了助理工程师技术能力要求，可获得助理工程师技术资格。







113

主干学科：化学、化学工程与技术类

交叉学科：化学工艺学、制药工程、环境科学与工程、材料学


无机化学、有机化学、分析化学、物理化学、化工原理、有机合成化学、化工工艺学、精细化学品设

计与应用、绿色化学化工技术等。


军事训练、金工实习、VB 课程设计、化工原理课程实习、化学综合实验、精细化工工艺课程设计、生产

实习、毕业设计等。





114

Applied ChemistryI. IntroductionApplied Chemistry is a provincial key major in Jiangsu. Based on Inorganic Chemistry, Organic Chemistry,

Physical Chemistry and Analytical Chemistry, the major closely follows the progress and development at home

and abroad. Students are required to systematically master the basic skills and techniques in synthesis and design

of chemical compounds, development of preparation technique in lab and for industry, property analysis and test,

and etc., especially the synthesis of fine chemicals, the process techniques, and their engineering application.

Students are also required to flexibly apply professional knowledge to solve practical problems and carry out

scientific research so as to be engaged in management, teaching, research, and product development at related

national defense departments, research institutes, colleges and universities, and enterprises.

Supported by the national key discipline of Applied Chemistry at Nanjing University of Science and

Technology, the major offers bachelor, master and doctor degree, and also provides post-doctoral program. It

owns the National Experimental Teaching Demonstration Center and the Provincial Experimental Teaching

Demonstration Center.

II. ObjectivesThe major aims at cultivating students with a solid grasp of chemical fundamentals and professional

knowledge in the design, synthesis technology, and process control of fine chemicals. Graduates are expected to

be talents undertaking scientific research, teaching, technical development, technological design, production and

operation management in universities, research institutes, government agency and industry. Graduates are to be

engaged in research and development or management in the areas of chemical engineering, pharmaceutical

industry, petrochemical industry, environment monitoring, customs office, commodity inspection, etc.

Ⅲ.RequirementsStudents are required to obtain fundamentals, basic theories and skills in chemistry, chemical technology

and engineering design.



Maintain capabilities of people skill and self-learning;

2. Have basic theoretical knowledge and experimental skills in chemistry, principle of chemical engineering,

synthesis and technology of fine chemicals, and the preliminary ability to carry out research and practical work;

3. Grasp skills in the development, analysis and isolation, process control of green fine chemicals;

4. Gain the abilities of using English (or another foreign language), and the essential computer skills; master

the basic methods of retrieving and information query;

5. Have some understanding of the current situation and frontiers of applied chemistry and its related

industry;

6. Meet the ability requirements of assistant engineers for obtaining the corresponding certificates.





115


V. Leading discipline and interdisciplinary subjectsLeading Discipline: Chemistry, Chemical Engineering and Technology

Interdisciplinary subjects: Chemical Technology, Pharmaceutical Engineering, Environmental Science and

Engineering

Ⅵ.Core coursesInorganic Chemistry, Organic Chemistry, Analytical Chemistry, Physical Chemistry, Principle of Chemical

Engineering, Organic Synthetic Chemistry, Chemical Engineering Technology, Design and Application of Fine

Chemicals, Green Chemistry and Chemical Engineering, etc.

Ⅶ. Collective practical teaching sessionMilitary training, Metal Processing Practice, VB course design, Principle of Chemical and Engineering Practice,

Comprehensive Chemical Experiments, Fine Chemical Engineering Technology, Graduation practical training,

Graduation Design, etc.






116

应用化学专业教学计划进程表Table of Teaching Plan for Major of Applied Chemistry

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








3 48 3 003



117

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2.5 40 2.5 003


2 32 2 003


2 80 2 003


1 16 1 003


3 120 3 003






1 16 1 003


1.5 24 1.5 003




1 16 1 003


2 32 2 003



03024103精细化工工艺学‖Process and Technology forFine Chemicals

2 32 2 003


2.5 40 2.5 003

03027102 化学反应工程‖Chemical Reaction Engineering 2.5 40 2.5 003

03024102精细化学品设计与应用 ‖ Design andApplication of Fine Chemicals

2.5 40 2.5 003


03025602 化工工艺设计‖Chemical Process Design 2 32 2 003

03022402 有机合成化学‖Organic Synthesis Chemistry 3.5 56 3.5 003


Ⅰ

13 520 13 003


03024202制药与精细化工课程设计‖ CourseDesign of Pharmaceutical and FineChemical Process

2 80 2 003

03022801精细化工实验＊ ‖ Fine ChemicalEngineering Experiment＊

4 64 4 003


Ⅱ（卓工）

13 520 13 003


03024202制药与精细化工课程设计‖ CourseDesign of Pharmaceutical and FineChemical Process

2 80 2 003

03022801精细化工实验＊ ‖ Fine ChemicalEngineering Experiment＊

4 64 4 003

03061001应用化学综合实验 ‖ ComprehensiveExperiment for Applied Chemistry 2 80 2 003

03061101化工工艺设计实践‖Practice of ChemicalTechnology Design 3 120 3 003

03061201质量管理体系 ‖ Quality ManagementSystem 1 16 1 003


118

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


03061301化工工艺控制‖ Control Technology ofChemistry Engineering 1 16 1 003




1 16 1 003


2 32 2 003


1 16 1 003



2 32 2 003


2 32 2 003


2 32 2 003




2 16 16 2 003



2 32 2 003


2 32 2 003



2 32 2 003


1 16 1 003





2 32 2 003


2 32 2 003


2 32 2 003


2.5 40 2.5 003



2 16 16 2 003


2 32 2 003


1 16 1 003


1 8 8 1 003


2 32 2 002



2 32 2 003


1 16 1 003


119

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2 32 2 003



2 32 2 003


03044001 生理学‖Physiology 2 32 2 003





2 32 2 003




2 32 2 001



2 32 2 003



1 16 1 003



Group I：Compulsory Courses Total151.5 1552 1640 23.5 23.5 24.5 22 16.5 12 12.5 17


Group II：Compulsory Courses Total158.5 1584 1840 23.5 23.5 24.5 22 16.5 12 17.5 19


93.5 1470 26 18 37.5 40





120

制药工程一、专业介绍

制药工程是一门工程技术科学，主要解决药品生产过程中的工程技术问题及药品生产质量管理规范问

题，本专业在原精细化工专业基础上，侧重于化学制药工程，探索药物制备的基本原理以及实现工业生产的

工程技术，包括新工艺、新设备、GMP 改造等方面的研究、开发、放大、设计、质量控制及优化等。本专业

与很多领域密切相关，例如：化学工程、生物医学工程、机械工程、控制工程、计算机技术等。本专业主要

培训本科学生成为工程技术人员，能够胜任在相应的领域的工作，例如：医药、农药、精细化工、生物技术、

生物医药、食品及食品添加剂、化妆品等。

二、培养目标

本专业培养具有制药工程方面的知识，能在医药、农药、精细化工和生物化工等部门从事医药产品的合

成与工艺研究、医药产品开发、应用研究和经营管理等方面的高素质研究应用型专门人才。

三、培养要求

本专业学生主要学习有机化学、物理化学、化工原理、药物合成化学、制药工艺学、药物化学、药理学、

药剂学、生物化学等方面的基本知识和基本理论，受到化学与化工实验技能、工程实践、计算机应用、科学

研究与工程设计方法的基本训练，具有从事医药产品的开发与生产的基本能力。


1．掌握化学制药、生物制药、中药制药、药物制剂技术与工程的基本理论、基本知识；

2．掌握药物生产工艺与设备的设计方法；

3．具有对新产品、新工艺进行研究、开发和设计的初步能力；

4．熟悉国家关于化工与药品生产、设计、研究与开发以及环境保护等方面的方针、政策和法规；

5．了解制药工程与制剂方面的新理论、新工艺、新技术与新设备的发展动态；

6．具有创新意识和独立获取新知识的能力。






主干学科：化学、化学工程与技术

交叉学科：生物学


有机化学、生物化学、物理化学、化工原理、有机合成化学、化学制药工艺学、药物化学、药理学、药

剂学、药品生产质量管理工程、药物合成设计等


军事训练、VB 课程设计、化学综合实验、药物制备实验、制药工艺课程设计、生产实习、毕业设计。





121

Pharmaceutical Engineering

Ⅰ. Introduction

Pharmaceutical Engineering was founded as fine chemistry in 1993. It was renamed to Pharmaceutical

Engineering in 1998. It offers bachelor, master and doctor degree, and also provides post-doctoral program. The

major focuses on applied engineering technology and science which combines chemistry, biology and medicine. It

mainly addresses the problems emerging in pharmaceutical production process and manufacturing practice, such

as research and development of new processes, new equipments and GMP refining. The major is related to

chemical engineering, biological medicine engineering, mechanic engineering, control engineering and computer

science. Students are expected to be competent in corresponding areas, such as medicine, pesticide, fine chemical

engineering, biological technology, biological medicine, food and food additives, toiletry, and medicine

macro-control in drug supervision, etc.

Ⅱ. Objectives

The major aims to cultivate high-quality talents to apply the pharmaceutical engineering knowledge of

synthesis and process research in the fields of pesticides, fine chemicals, biochemical, pharmaceutical products

and pharmaceutical product development.

Ⅲ. Training Requirements

The students are required to obtain basic knowledge of organic chemistry, physical chemistry, principles of

chemical industry, pharmaceutical synthetic chemistry, pharmaceutical technology, medicinal chemistry,

pharmacology, pharmacy, and biological chemistry. The graduates are expected to be competent in chemical

experiments, engineering practice, computer, scientific investigation and methods of engineering design.


1.Master basic knowledge of chemical pharmaceutical, biopharmaceutical, traditional Chinese

pharmaceutics, pharmaceutical preparation technology and engineering.

2.Master design methods of pharmaceutical preparation techniques and equipment.

3.Have preliminary abilities of researching, developing and designing in new product and novel techniques.

4.Be familiar with national guidelines, polices and codes of production, design, research, development and

environmental protection in chemical engineering and medicine.

5.Have an understanding of novel theories, novel techniques, new technologies and new equipments in

pharmaceutical engineering and preparation.

6.Have the ability of innovation and obtaining new information.





Ⅴ. The leading discipline and interdisciplinary subjects

Leading Discipline: chemistry, chemical engineering and technology

Interdisciplinary Subjects: biology


122

Ⅵ. Core courses

Organic Chemistry, Biochemistry, Physical Chemistry, Principles of Chemical Engineering, Organic Synthesis

Chemistry, Chemical Pharmaceutical Technology, Medicinal Chemistry, Pharmacology, Pharmaceutics, Quality

Management Engineering in the Manufacturing of Drugs, Design in Drug Synthesis.


Course Design of VB, Comprehensive Experiment of Chemistry, Experiment for Preparation of

pharmaceutical chemicals, Course Design for Technology of Chemical Pharmacy, Graduation Practice, Graduation

Project.






123

制药工程专业教学计划进程表Table of Teaching Plan for Major of Pharmaceutical Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








3 48 3 003



124

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2.5 40 2.5 003


2 32 2 003


2 80 2 003


1 16 1 003


3 120 3 003






1 16 1 003


1.5 24 1.5 003




1 16 1 003


2 32 2 003





03035601化学制药工艺学★‖Chemical PharmaceuticalTechnology★

3 48 3 003

03031302 生物化学‖Biochemistry 3 48 3 002

03040001 药剂学★‖Pharmacy★ 2 32 2 003

03033903 药物化学★‖Medicinal Chemistry★ 3 48 3 003

03034004药物制备实验＊‖Pharmaceutical PreparationExperiment＊

4 160 4 003

03022402 有机合成化学‖Organic Synthesis Chemistry 3.5 56 3.5 003

03024202制药与精细化工工艺课程设计‖Course Designof Pharmaceutical and Fine Chemical Process

2 80 2 003

03025602 化工工艺设计‖Chemical Process Design 2 32 2 003




1 16 1 003


2 32 2 003


1 16 1 003



2 32 2 003


2 32 2 003


2 32 2 003



125

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2 16 16 2 003



2 32 2 003


2 32 2 003



2 32 2 003


1 16 1 003





2 32 2 003


2 32 2 003


2 32 2 003


2.5 40 2.5 003



2 16 16 2 003


2 32 2 003


1 16 1 003


1 8 8 1 003


2 32 2 002



2 32 2 003


1 16 1 003



2 32 2 003



2 32 2 003


03044001 生理学‖Physiology 2 32 2 003





2 32 2 003




126

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 32 2 001



2 32 2 003



1 16 1 003


必修课程汇总‖Compulsory Courses Total 151 1576 1736 23.5 23.5 24.5 22 17 10.5 13 17


93.5 1470 26 18 37.5 40





127

安全工程一、专业介绍

我校安全科学与工程学科源于多年对火炸药及其制品安全问题的研究，涉及火灾、爆炸等领域。1991

年，获批“兵器安全技术”硕士学位授予权，1996 年获批“兵器安全技术”博士学位授予权。随后，经学科调

整，此硕、博士点并入“武器系统与运用工程”学科。经教育部批准，该本科专业 1999 年正式挂牌招生。2003

年，我校建立了“安全技术及工程”硕士点，2005 年获准“安全工程”领域培养工程硕士。经过多年发展，目

前该学科研究领域已在当初火炸药及其制品安全的基础上，拓展到一般化工及相关行业。该专业是国家特

色专业（2007 年）、2011 年通过教育部工程教育专业认证。专业以化学化工为载体，以各类危险物质安全、

化学反应过程安全为教学重点，以火灾爆炸及其防治理论与技术为主要教学特色和优势。该专业培养适应

国防、公安、消防、一般化学化工等行业岗位需求的高级工程技术人才。

二、培养目标

专业培养能从事风险辨识与评价、安全技术研究与设计、安全检测与控制、安全监督与管理等方面高

素质的工程应用、研究与管理的复合型人才，适应国防、公安、消防、一般化学化工等行业的岗位需求，

能在安全科学与工程等相关学科进行更高层次的深造。毕业生经过 5 年的工作，能胜任工作岗位的要求，

取得相应工作岗位的专业资质或职称，成为单位的中坚力量。

三、培养要求

本专业学生主要学习工程实践所需的相关基础课程（如高等数学、线性代数、物理学、电工学等）、化

学化工方面的专业基础课程（如无机化学、有机化学、分析化学等）、专业课程（如安全原理学、安全人机

工程学、安全系统工程学、消防与防爆工程等）并进行工程实践训练。着力培养学生围绕生产系统的“人、

机、物、法、环”等要素进行系统安全分析、评价与设计的能力，使其具有较好的研究开发、分析评价、规

划设计、信息收集和组织运行等综合能力。


1.具有较好的人文社会科学基础，较强的社会责任感和良好的工程职业道德。

2具有较扎实的从事工程实践所需的相关数学、自然科学知识、经济管理相关知识。

3.掌握扎实的化学化工类工程基础知识、安全工程的基础知识和基本理论、化工类安全工程的基本知

识和理论。

4.具备分析、设计并解决工程问题的能力和基本的科研创新能力。较强的实际动手能力和操作能力、

收集危险物料、工艺、设备等参数，收集安全评价、安全管理所需的法律、法规、标准的能力；初步具备

对具体工程项目（如加油站、加气站、原油储罐等）进行危险源辨识、分析、评价、控制的能力；通过动

态调研、问题分析，进行方案制定、方案实施，获取测试结果（如危险物料、工艺、设备的安全参数等），

形成结论的基本科研能力；组织协同、人际交往与文字表达的能力。

5.利用计算机进行数据处理、模拟计算与绘图的能力。

6.对新产品、新工艺、新技术和新设备进行研究、开发和设计的初步能力。

7.了解与本专业相关的法律、法规，熟悉环境保护和可持续发展等方面的方针、政策和法律、法规，

形成“安全责任高于一切”的意识，具备自愿改善健康、安全和环境质量的责任关怀理念。


9.具有适应发展的能力以及对终身学习的正确认识和学习的能力。


128

10. 具有外语综合运用、国际视野和跨文化交流、竞争与合作能力






主干学科：安全科学与工程、化学工程与技术、系统工程

交叉学科：力学、管理科学与工程、动力工程与工程热物理


无机化学、有机化学、分析化学、物理化学、化工原理、工程力学、燃烧爆炸理论、安全原理与系统

工程、安全人机工程、安全管理、安全检测技术、物质安全与反应过程的安全、通用安全技术、职业卫生

等。

七、集中实践教学环节

军事训练、工程技术实习、安全工程课程设计、安全工程认识实习、化学综合实验、安全工程专业实

验、安全工程综合实验、生产实习、毕业设计（论文）等。





129

Safety EngineeringⅠ. Introduction

Safety Engineering, established in 1999, is one of the national key major, and is the first major in NUST that

has passed the qualification on “Engineering Education Accreditation”. It offers bachelor, master and doctor

degree. The Major is based on the Chemistry and Chemical Engineering, and focuses on the materials safety and

process safety on all hazard materials and chemical reaction process, and has its own features and advantages in

fire/explosion and related protection techniques. After more than twenty years’ development, research fields

based on propellant, explosives and related products have been extended to general chemistry industry and

related industry fields. The major cultivates engineering and technical talents to pursue careers in the national

defense industry, public security fire control institutions, general chemistry, chemical industries and related fields.

Ⅱ. Objective

The Major aims at cultivating high-quality talents of engineering application, research and management to

engage in risk identification and assessment, safety technology research and design, safety test and control,

safety supervision and management in the fields of national defense, public safety, fire protection, chemistry and

chemical engineering. Students can further study in the Safety Science and Engineering discipline and related

ones.

Ⅲ. Requirement

Students are required to obtain basic knowledge of chemistry and chemical engineering, abilities and skills

of safety analysis, assessment and design of the core elements of production system, including man, machine,

material, method, and environment, etc. Students are expected to have abilities of research and development,

analysis and assessment, programming and design, information collection, organization and operation.Graduates should obtain knowledge and ability of the following aspects:

1. Have a good understanding in humanities and social sciences, social responsibility andprofessional ethics;

2. Equip with basic knowledge of mathematics, natural science, economics and managementin engineering practice;

3. Grasp the solid basic knowledge of engineering and theories in chemistry, chemical engineering, and

safety engineering;

4. Obtain practical and operation abilities and skills of analyzing, designing and solving engineering problems,

and scientific research and innovation by studying the fundamental experimental courses of chemistry and

chemical engineering, and by the training of specialty experiments, centralized comprehensive experiments,

graduation project and etc.

5. The abilities of utilizing computer language and software to process data, simulate,calculate and draw; master the basic methods of retrieving and information query;

6. Have the awareness of creativity and the preliminary capacity for researching, developingand designing new products, new process, new technology, and new equipments;

7. Understand the laws and regulations regarding production, design, research anddevelopment in the profession and industry of Safety Engineering; have the awareness of


130

environmental protection and sustainable development; have the strong safety consciousness;8. Maintain capabilities of organization and management, people skill, and team working;9. Have self-learning ability and social adaptability.10. Have global vision, and ability of cross-cultural communication, competition and

cooperation.Ⅳ. Length of program and degree





Leading Disciplines: Safety Science and Engineering, Chemical Engineering and Technology, Systems

Engineering

Interdisciplinary Subjects: Mechanics, Management Science and Engineering, Power Engineering and

Engineering Thermophysics

Ⅵ. Core courses

Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Physical Chemistry, Principles of Chemical

Engineering, Hydromechanics, Engineering Mechanics, Combustion and Explosion Theory, Safety Principles and

Systems Engineering, Safety Ergonomics, Safety Management, Safety Measurement Technology, Material Safety

and Reaction Process Safety, General Safety Technology, Occupational Health.

Ⅶ.Collective practical teaching session

Military Training, Engineering Practice, Course Design, Cognition Practice, Computer Application and Practice,

Chemical Comprehensive Experiments, Safety Engineering Specialty Experiments, Centralized Comprehensive

Experiments, Graduation Practice, Graduation Project, etc.





app:ds:chemical%20engineering%20and%20technology


131

安全工程专业教学计划进程表Table of Teaching Plan for Major of Safety Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








3 48 3 003



132

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2.5 40 2.5 003


2 32 2 003


2 80 2 003


1 16 1 003


3 120 3 003






1 16 1 003


1.5 24 1.5 003




1 16 1 003


2 32 2 003



03041203安全工程课程设计＊‖Course Design of SafetyEngineering＊

4 160 4 003

03021401安全工程认识实习‖Cognition Practice of SafeyEngineering

1 40 1 003

03144603安全工程专业实验（ Ⅰ ） ‖ ProfessionalExperiment in Safety Engineering（Ⅰ）

3 48 3 003

03244603安全工程专业实验（ Ⅱ ） ‖ ProfessionalExperiment in Safety Engineering（Ⅱ）

3 48 3 003

03041301安全工程综合实验 ‖ Safety EngineeringComprehensive Experiments

2 80 2 003

03044501 安全管理‖Safety Management 2 32 2 003

03020503安全原理与系统工程‖ Safety Principles andSystem Engineering

3 48 3 003



03022002防火防爆工程★‖Fire and Explosion ProtectionEngineering★

3 48 3 003


4 64 4 003

03048901物质安全与化工过程安全‖Material Safety andReaction Process Safety

2 32 2 003




1 16 1 003


2 32 2 003


1 16 1 003



2 32 2 003


133

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 32 2 003


2 32 2 003




2 16 16 2 003



2 32 2 003


2 32 2 003



2 32 2 003


1 16 1 003





2 32 2 003


2 32 2 003


2 32 2 003


2.5 40 2.5 003



2 16 16 2 003


2 32 2 003


1 16 1 003


1 8 8 1 003


2 32 2 002



2 32 2 003


1 16 1 003



2 32 2 003



2 32 2 003


03044001 生理学‖Physiology 2 32 2 003





134

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 32 2 003




2 32 2 001



2 32 2 003



1 16 1 003


必修课程汇总‖Compulsory Courses Total 155.5 1536 1872 23.5 23.5 24.5 22 15.5 15.5 14 17


93.5 1470 26 18 37.5 40





135

特种能源技术与工程一、专业介绍

特种能源技术与工程专业是一门以化学和化工为基础，涉及火药、炸药、火工品、烟火等含能材料设

计、制造和应用的军民两用专业，是国防科工局重点建设专业，2012 年获批教育部卓越工程师计划专业，

含能材料与安全实验教学中心为工信部实验教学示范中心。自 1953 年创立以来，为我国军工和民用爆破

器材行业培养和输送了大量专门技术人才。本专业以 “军事化学与烟火技术”和 “应用化学”两个国家级重

点学科为依托，研究领域主要包括：火炸药技术、火工技术、烟火与光电对抗技术、软杀伤技术、遥测遥

感技术、电化学与防腐技术、微机电系统与化学芯片技术、含能薄膜材料技术、反恐防爆技术和民用爆破

器材与应用技术等。该专业十分注重学生的研究和创新能力培养，除了为学生提供良好的学习和研究环境

外，还设立创新基金资助本专业的学生开展课外科技活动，配备专业导师和提供为期两年的实验室科研实

践训练，使学生具有较强的实际操作技能，以明显优势就业于国防军工企业、科研机构、民爆生产企业及

公安消防部门，从事系统设计、技术开发、产品制造、实验测试和科技管理等工作。

二、培养目标

特种能源技术与工程专业以工业化、信息化和国防现代化为背景，通过校企互动、学研互动和开放共

享的方式，以培养应用型和研发型技术人才为目标，要求毕业生掌握化学化工的基础知识，掌握特种能源

技术与工程专业核心课程的基本原理、工艺特点和应用基础等系统知识，能胜任火炸药、火工和烟火技术

等含能材料的研究设计、生产制造、检测应用、营销管理等工作岗位，拥有解决工程实际问题的能力，适

应信息化和工业化相融合的专门人才需求。

三、培养要求

本专业学生在学习和掌握了化学和化工知识的基础上，学习含能材料、燃烧理论、炸药理论和含能材料

应用技术等特种能源及其能量转换的基本理论和基本知识，并且在合成制备、系统设计、技术开发、产品研

制、性能测试以及工程应用等环节接受基本训练，具备系统分析与综合运用、工程设计与制造、计算机应用、

试验检测等方面的基本能力。


1．具有人文社会科学素养、社会责任感和工程职业道德；

2．具有从事含能材料及其器件的设计、制造、实验等所需的相关数学、自然科学以及经济和管理知识；

3．掌握工程基础知识和本专业的基本理论知识，具有系统的工程实践学习经历；了解专业前沿发展现

状和趋势；

4．具备设计和实施工程实验的能力，并能够对实验结果进行分析；




7．了解与本专业相关行业的生产、设计、研究与开发、环境保护和可持续发展等方面的方针、政策和

法津、法规、标准，能正确认识工程对于客观世界和社会的影响；



10．具有国际视野和跨文化的交流、竞争与合作意识。


136






主干学科：化学、化学工程与技术、兵器科学与技术

交叉学科：材料科学与工程、力学、安全技术及工程


燃烧与爆炸理论、含能材料化学工艺学、火工品技术、火炸药装药技术、烟火学、含能材料课程设计。


军事训练、VB 课程设计、工程技术实习、化工原理课程实习、化工综合实验、含能材料实验、含能材

料课程设计、生产实习、毕业设计。





137

Special Energy Technology and Engineering

Ⅰ. Introduction

Special energy technology and Engineering is a major for civil and military use based on chemistry and

chemical engineering, involving the design, manufacturing and application of energetic materials of gunpowder,

explosives, pyrotechnics and fireworks, etc. It is ministerial and provincial key major. The major has an

Experimental Teaching Demonstration Center of the Ministry of Industry and Information Technology, and is in an

“Excellent Engineers Plan” of Ministry of Education. Since its establishment in 1953, a large number of

professional and technical talents have been cultivated and transported to China's military and civilian blasting

equipment industry. The major is supported by the two national key disciplines, Military Chemistry and

Pyrotechnic Technology and Applied Chemistry, and its main research areas include technology of propellants

and explosives, pyrotechnics, fireworks and photoelectric countermeasure technology, soft killing technology,

remote sensing technology, electrochemical and anti-corrosion technology, MEMS and chemical chip technology,

energetic film material technology, anti-terrorism technology and civil blasting equipment and application

technology.

The major attaches importance to the cultivation of research and innovation ability. Apart from learning and

research environment, the innovation fund to do extracurricular science and technology activities is established

for two-year research practice training in laboratory under the supervision of professional teachers. Students are

expected to have strong capability of system design, technology development, product manufacturing, testing

and technology management in the defense industry, research institutions, industrial explosive enterprises, and

public security & fire departments.

Ⅱ. Objectives

The major aims at cultivating talents with application and research abilities. Graduates are required to

master the fundamentals of chemistry and chemical engineering, the systematic knowledge of basic principles，

technical features and application in core courses. Students are qualified in research and design, manufacturing,

detection and application, marketing management of energetic materials, such as explosives, pyrotechnics and

fireworks technology, so as to be able to solve practical engineering problems and to meet the demand for

specialized talents in industrialization and informationization.

Ⅲ. Requirements

Students are required to obtain basic knowledge of chemistry and chemical engineering, and then,

professional basic principles and knowledge of energetic materials, combustion theory, explosive theory, energetic

material application technology and energy conversion. With basic training of synthesis and preparation, system

design, technology development, product development, performance test and engineering application, students

have the basic ability of system analysis and comprehensive application, engineering design and manufacture,

computer application, testing etc.


1. Have a good understanding in humanities and social sciences, social responsibility and professional

ethics;


138

2. Equip with basic knowledge of mathematics, natural science, economics and management in design,

manufacturing and experiment of energetic materials and devices;

3. Acquire basic theories and engineering knowledge, a systematic engineering practice experience, and

the current situation and frontiers of Special Energy Technology and Engineering;

4. Has the ability of designing and implementing engineering experiments, and analyzing the

experimental results;

5. Master the basic innovative method, have the awareness of innovation, the ability to design systems and

processes with theory and technology in design process; take into consideration of economy, environments, laws,

security, health, ethics and other constraints;

6. master the basic methods of retrieving and information query;


profession and industry of Special Energy Technology and Engineering; have the awareness of environmental

protection and sustainable development;









Leading disciplines: Chemistry, chemical engineering and technology, science and technology of weapon

interdisciplinary subjects: Materials science and engineering, mechanics, safety technology and Engineering

Ⅵ. Core courses

Combustion and explosion theory, Energetic materials technology, Initiating explosive device design and

process technology, Energetic materials charge technology, Pyrotechnics.

Ⅶ.Collective practical teaching session

Military training, VB Course design, engineering practice, course practice of the principles of chemical

engineering, comprehensive chemical experiment, energetic material experiment, energetic materials course

design, graduation practice, graduation design.






139

特种能源技术与工程专业教学计划进程表Table of Teaching Plan for Major of Special energy technology and Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








3 48 3 003



140

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践





2.5 40 2.5 003

03226803 化工原理（Ⅱ）★‖ Principles of ChemicalEngineering (Ⅱ)★

2 32 2 003

03026901化工原理课程实习 ‖ Course Practice ofChemical Engineering

2 80 2 003


1 16 1 003


3 120 3 003






1 16 1 003


1.5 24 1.5 003




1 16 1 003


2 32 2 003

必修课程•专业方向课【除公共部分外，任选一组读】


03043103含能材料化学工艺学 ‖ Chemistry andTechnology of Energetic Materials

3 48 3 003

03045903含能材料实验 ‖ Experiment in EnergeticMaterials

4 64 4 003

03028503火工技术 ★ ‖ Initiating Explosive DeviceTechnique★

2 32 2 003


4 64 4 003

03033502 烟火学★‖Pyrotechnics★ 2 32 2 003


Ⅰ

13 520 13 003


03039002含能材料综合实验＊‖ComprehensiveExperiments of Energetic Materials＊

2 80 2 003

03029002火炸药装药设计‖ Design of Explosiveand Charge Technology

2.5 40 2.5 003


Ⅱ（卓工）

13 520 13 003


03039002含能材料综合实验＊‖ComprehensiveExperiments of Energetic Materials＊

2 80 2 003

03029002火炸药装药设计‖ Design of Explosiveand Charge Technology

2.5 40 2.5 003


1 40 1 064

03060801烟火设计实践 ‖ Design Practice ofFireworks

4 160 4 003

03060601火工品材料与加工技术‖Materials andMachining Technique of Primer

1 16 1 003

03060701火工品装配工艺学 ‖ AssemblyTechnology of Primers

2 32 2 003



141

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




1 16 1 003


2 32 2 003


1 16 1 003



2 32 2 003


2 32 2 003


2 32 2 003




2 16 16 2 003



2 32 2 003


2 32 2 003



2 32 2 003


1 16 1 003





2 32 2 003


2 32 2 003


2 32 2 003


2.5 40 2.5 003



2 16 16 2 003


2 32 2 003


1 16 1 003


1 8 8 1 003


2 32 2 002



2 32 2 003


1 16 1 003



2 32 2 003


142

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




2 32 2 003


03044001 生理学‖Physiology 2 32 2 003





2 32 2 003




2 32 2 001



2 32 2 003



1 16 1 003



Group I：Compulsory Courses Total151 1640 1576 23.5 23.5 24.5 22 20.5 13.5 6.5 17


Group II：Compulsory Courses Total159 1688 1776 23.5 23.5 24.5 22 20.5 13.5 11.5 20


93.5 1470 26 18 37.5 40




南京理工大学电子工程与光电技术学院 2014本科专业介绍及教学计划进程表

143

电子工程与光电技术学院电子工程与光电技术学院由创建于 1953 年的新中国军工科技最高学府—中国人民解放军军事工程学

院（简称哈军工）炮兵工程系的仪器科和雷达科演变而来。学院目前拥有光学工程、电子科学与技术、信

息与通信工程 3 个一级学科博士点。光学工程为国家重点一级学科、江苏省优势学科以及工业和信息化部

重点学科，电子科学与技术为江苏省重点一级学科、工业和信息化部重点学科，其二级学科电磁场与微波

技术为国家重点二级学科，信息与通信工程为江苏省重点一级学科。学院设有通信工程、电子信息工程、

光电信息科学与工程、电子科学与技术、微电子科学与工程、探测制导与控制技术和信息对抗技术 7 个本

科专业，其中通信工程、电子信息工程、光电信息科学与工程、电子科学与技术和微电子科学与技术五个

专业按照电子信息类大类招生。通信工程、电子信息工程、光电信息科学与工程和电子科学与技术等通用

专业均为国家和省部级重点建设的品牌、特色专业，光电信息科学与工程专业为工业和信息化部重点专业。

电子信息工程专业、电子科学与技术专业以及探测制导与控制技术专业为“国家卓越工程师”教育培养计

划专业。电子信息类专业入选江苏省“十二五”高等学校重点建设专业。

学院现有在职教职员工 227 人，其中正高职称 47 人、副高职称 66 人、中级职称 79 人、博士生导师

23 人、硕士生导师 112 人，（双聘）院士 2 人，国家“海外高层次人才引进计划”（千人计划）专家 2 人，

“长江学者奖励计划”特聘教授 2 人，国家杰出青年科学基金获得者 2 人，国家“青年千人”1 人，江苏

省教学名师等其它各类荣誉称号获得者 50 余人。学院现有国家级长江学者创新团队 2 个，江苏省高等优

秀科技创新团队 1 个，江苏省“青蓝工程”创新团队 1 个。学院在精密光学测试与仪器、光电成像与信息

处理、光电功能材料与器件、纳米测量与器件技术、电磁理论与微波技术、雷达与信号处理、毫米波技术、

阵列天线与阵列信号处理以及智能传感网与无线通信等方面形成了自己的特色和优势，具有很强的科研实

力。拥有光谱成像与智能感知江苏省重点实验室、近程高速目标探测技术国防重点学科实验室等重要科研

平台。

学院已建立了同美国、加拿大、澳大利亚、新西兰、德国、英国、法国、意大利、日本、韩国、新加

坡、香港等国家和地区多所高校和研究机构的长期友好学术交流与合作关系。学院办有“国际培优班”，通

过双学位联合培养、短期访学、暑期交流、交换学生、本科生到国（境）外大学做毕业设计等多种形式，

培养具有国际视野的高素质创新型人才。


144

School of Electronic and Optical EngineeringSchool of Electronic and Optical Engineering, developed from Departments of Electronic Engineering and

Optoelectronic Technology, was established in 1992. The School holds 3 doctoral programs – Optical Engineering,

Electronic Science and Technology, and Information and Communication Engineering. The Optical Engineering is a

National Key Discipline, Provincial Distinguished Discipline in Jiangsu, and Key Discipline of the Ministry of

Industry and Information Technology. The Electronic Science and Technology is a Key Discipline both in Jiangsu

and the Ministry of Industry and Information Technology, and its sub-discipline Electromagnetic Field and

Microwave Technology is a National Key Discipline. The Information and Communication Engineering is a

Provincial Key Discipline in Jiangsu. The School provides 7 undergraduate programs, including

Telecommunications Engineering, Electronic Information Engineering, Optoelectronic Information Science and

Engineering，Electronic Science and Technology, Microelectronic Science and Engineering, Detection, Guidance

and Control, and Information Countermeasure. Majors including Telecommunications Engineering, Electronic

Information Engineering, Optoelectronic Information Science and Engineering ， and Electronic Science and

Technology are National, Provincial, and Ministerial Key and Distinguished majors. Majors of Electronic

Information Engineering, Electronic Science and Technology, Detection Guidance and Control are selected into

“National Excellent Engineer Project”.

The School has over 200 faculty members，among whom there are 47 professors, 23 Ph.D. supervisors, 2

academicians of Chinese Academy of Sciences and Chinese Academy of Engineering, 2 Distinguished Professors

of “Cheung Kong Scholars”, 2 recipients of the National Science Fund for Distinguished Young Scholars, and 1

expert of the Recruitment Program of Global Experts. The School is particularly strong in the following research

areas, including Precision Optical Testing and Instrument, Optoelectronic Imaging and Information Processing,

Optoelectronic Functional Material and Device, Micro- and Nano-meter Optoelectronic Device and Measurement,

Electromagnetic Theory and Microwave Technology, Radar and Signal Processing, Millimeter Wave Technology,

Antenna Array and Array Signal Processing, and Smart Sensor Network and Wireless Communications. The School

has several advanced scientific research platforms, including Jiangsu Provincial Key Lab of Spectral Imaging and

Intelligent Perception, National Defense Key Subject Lab of Short-range High-speed Target Detection.


145

电子科学与技术一、专业介绍

该专业源自于 1953 年创建于哈尔滨军事工程学院的“军用光学”专业，1964 年随学校由军队转入地

方。本专业（原光电成像专业）为国家级特色专业、江苏省特色专业、国家“卓越工程师教育培养计划” 专

业、江苏省“卓越工程师（软件类）教育培养计划”专业，具有一级学科博士点授予权及博士后流动站。本

专业突出光电技术和信息处理学科的交叉与融合，以光电探测、成像、显示及信息综合处理的理论与技术

为主要研究内容，以强化光电基本理论知识同系统的研发和设计等实践应用相结合为专业特色。拥有省部

级重点实验室、实习基地及先进的科研教学仪器设备，可为科学研究与高层次人才培养提供优良的实验条

件。毕业生适宜到高新科技企业、科学研究部门和高校从事智能光电信息处理、大规模和超大规模集成电

路设计、通讯、金融电子系统、智能仪器、先进医疗仪器、语音信号和视频处理等领域的研究、教学和工

程开发。

二、培养目标

培养具有良好的现代科学素质、人文素养、社会责任感和职业道德，扎实掌握本学科的基础理论和专业

技能，具有较强的创新意识和工程实践能力，能够在集成电路设计与制造、光电子器件与材料、电子功能材

料与器件、光通信、计算机等以及相关领域的产业部门、科研院所、高等院校从事光电信息检测、光电成像、

光电显示与存储、图像信息处理及计算机应用等领域的产品设计与制造、技术开发与工程设计、科学研究、

教育教学、运行管理等工作，能够适应当代信息化社会高科技迅速发展需要的研究与应用复合型高级专门人

才。

三、培养要求

本专业的学生主要学习物理电子、光电子基本理论，学习光电信息探测、传输、处理、显示以及光电成

像与实时图像处理的基本原理、基本方法及工程应用方面的专业知识，具有光电系统设计、开发、集成及应

用的基本能力。


1.具有人文社会科学素养、社会责任感和工程职业道德；

2.具有从事工程工作所需的相关数学、自然科学以及一定的经济、管理知识；

3.掌握物理电子学、光电子学、工程图学、电子技术、计算机技术、软件设计、激光原理与技术、光电

信息处理、光纤通信、图像处理等基本理论知识，了解电子科学与技术的前沿发展现状和趋势；

4.具有系统的工程学习经历和设计、分析工程实验的能力，掌握光电信息采集、发送、传输、处理、存

储、显示等基本知识及相关系统和器件的分析研究、开发设计和制造的工程应用能力；

5.掌握基本的创新方法，具有追求创新和可持续发展意识；具有综合运用所学科学理论和技术手段以及

经济、环境、法律、安全、健康、伦理等制约因素分析并解决工程问题的基本能力；

6.掌握文献检索、资料查询及运用现代信息技术获取相关信息的基本方法；

7.了解国家有关电子科学与技术领域相关的职业和行业的生产、设计、研究与开发的法律、法规以及有

关环境保护等方面的方针、政策和法律、法规，正确认识工程实际与发展对客观世界和社会的影响。

8.具有一定的组织管理能力、表达能力和人际交往能力以及在团队中发挥作用的能力；

9.具有适应发展的能力以及对终身学习的正确认识和学习能力。

10.具有国际视野和跨文化的交流、竞争与合作能力。


146






主干学科：电子科学与技术、光学工程

交叉学科：信息与通信工程


电路、模拟电子线路、信号与系统、数字逻辑电路、微机原理与应用、固体物理、电动力学、物理光学、

激光原理与技术、微波与光导波技术等课程。


军事训练、金属工艺实习、电子工艺实习、电工电子综合实验、EDA 设计、专业综合实验、科研训练、

毕业实习、毕业设计等。





147

Electronic Science and Technology

I. Introduction

Electronic Science and Technology was initially established in Harbin Military Engineering Institute as

Military Optics in 1953.This program is a national distinguished major and provincial key major in Jiangsu. It offers

bachelor, master and doctor degree, and also provides post-doctoral program.

The major emphasizes a cross-disciplinary study between optical technology and information processing,

and its research strength is presented in optical detection, imaging, display and comprehensive information

processing theory and technology. The major has provincial and ministerial key laboratories, research and

practice bases. These facilities can provide excellent experimental environment for scientific research and

high-level training. Graduates are expected to be involved in the high-tech research and development areas such

as optical information processing, large-scale and ultra large scale integrated circuit design, communications,

intelligent instruments, advanced medical equipment, voice and video signal processing.II. Objectives

Students are required to obtain the fundamental knowledge of optical engineering, integrated circuits,

optoelectronic devices and materials, electronic functional materials and devices, optical communications,

computer and other related fields to meet the requirements of the rapid high-tech development of the

information society. Students are expected to pursue career fields such as product design and manufacturing,

technology development and engineering design, science research, education, operation management, etc.III. Requirements

Students will study the basic theories and principles in physical electronic and optoelectronic, photoelectric

information detection, transmission, processing, display and optical imaging, real-time image processing, and

other engineering applications. Students should have the basic skills in optical system design, development,

integration and application.



2. Equip with basic knowledge of mathematics, natural science, economics and management for

engineering;

3.Grasp the fundamental knowledge of physical electronics, optoelectronics, engineering graphics,

electronics technology, computer technology, software design, principles and techniques of laser, optical

information processing, optical fiber communications, image processing;

4.Have study experience in engineering, and ability to design and analyze engineering experiments, to

master basic knowledge of optical information collection, sending, transmission, processing, storage and display,

and to have skills in the analysis, research, development, design, manufacturing and other engineering

application skills in connection with relevant systems and devices;

5.Have the awareness of innovation and sustainable development; equip with basic economic,

environmental, legal, safety, health, ethics skills to solve engineering problems;




148

profession and industry of electronic science and technology;



10. Have global vision, and ability of cross-cultural communication, competition and cooperation.IV. Length of program and degree



Degree: Bachelor of EngineeringV. Leading discipline and interdisciplinary subjects

Leading Disciplines: Electronic Science and Technology, Optical Engineering

Interdisciplinary Subjects: Information and Communication EngineeringVI. Core courses

Circuits, Analog Electronic Circuits, Signals and Systems, Digital Logic Circuits, Microcomputer Theory and

Applications, Solid State Physics, Electrodynamics, Physical Optics, Laser Theory and Technique, Microwave and

Optical Wave Technology Courses.VII. Collective practical teaching session

Military Training, Metalworking Practice, Electronic Technology Practice, Electronic Integrated Experiment,

EDA Design, Professional Comprehensive Practice, Scientific Research Training, Graduation Design, Graduation

Practice, etc.Ⅷ. Graduation Requirements





149

电子科学与技术专业教学计划进程表Table of Teaching Plan for Major of Electronic Science and Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



06000702Visual C++ 程序设计 ‖ C++ ProgrammingDesign

4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013



11031201 线性代数‖Linear Algebra 2.5 40 2.5 013



04140002EDA 设计（Ⅰ）＊‖Electronic Design Automation(Ⅰ)＊

1 40 1 004

04240002EDA 设计（Ⅱ）‖Electronic Design Automation(Ⅱ)

1 40 1 004

04053201半导体及固体物理综合实验‖Semiconductorand Solid-State Physics Experiment

1 40 1 004


150

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


04020202半导体物理基础 ‖ Semiconductor PhysicsFundamental

2.5 40 2.5 004

04060201 电动力学‖Electrodynamics 2.5 40 2.5 004

04137001电工电子综合实验（Ⅰ）‖ Electrical andElectronic Comprehensive Experiment (Ⅰ)

0.5 20 0.5 004

04237001 电工电子综合实验（Ⅱ）＊‖Electrical andElectronic Comprehensive Experiment (Ⅱ)＊

1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004

04033902 电子工艺实习‖Electronics Training 2 80 2 022

11022502 概率与过程‖Probability and Stochastic Process 4.5 72 4.5 013

04023003 固体物理‖Solid State Physics 2.5 40 2.5 004

04053001光电成像与显示综合实验‖OptoelectronicImaging and Display Experiments

0.5 20 0.5 004

04043101光电信号处理 ★ ‖ Optoelectronic SignalProcessing★

3 40 8 3 004

04023602 光电子器件‖Optoelectronic Devices 3 48 3 004

04053101光电子器件综合实验‖Optoelectronic DevicesExperiments

1 40 1 004

04038102光电子线路综合实验＊‖Optoelectronic CircuitExperiments＊

2 80 2 004

04052901光辐射测量综合实验 ‖ Optical RadiationDetection Experiments

1 40 1 004

04025104激光原理与技术 ‖ Laser Principles andTechnology

2 32 2 004


04026801 模拟电子线路‖Analog Circuits 4 56 8 4 004

04026302 数字逻辑电路‖Digital Logic Circuits 4 56 8 4 004

04060301微波与光导波技术‖Microwave and OpticalWaveguide Technology

2 32 2 004

04030002微机原理与应用‖Principle and Application ofMicrocomputer

3 48 3 004

04039702微机原理与应用综合实验‖ComprehensiveExperiment in Principle and Application ofMicrocomputer

1 40 1 004

04022603 物理光学★‖Physical Optics★ 3 48 3 004

04030803 信号与系统★‖Signals and Systems★ 4.5 64 8 4.5 004




Ⅰ

14 560 14 004


04023204光电成像原理与技术‖ Principles andTechniques of Optoelectronic Imaging

2 32 2 004

04030501光电显示技术‖Optoelectronic DisplayTechnology

3 48 3 004

04023902光辐射测量技术 ‖ Optical RadiationDetection Technology

2 32 2 004


Ⅱ

14 560 14 004


04020601 薄膜技术‖Thin Film Technology 3 40 8 3 004

04050901 光电功能材料‖Optoelectronic Materials 3 48 3 004

04037902 真空电子技术‖Vacuum Electronics 2 32 2 004

04032493 毕业设计‖Graduation Project Ⅲ（卓工）

14 560 14 004


04056201模拟集成电路设计‖Analog IntegrationCircuit Designing

2 32 2 004


151

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


04023902光辐射测量技术 ‖ Optical RadiationDetection Technology

2 32 2 004

04023205光电成像原理与显示技术‖Principles ofOptoelectronic Imaging andDisplay Technology

4 64 4 004



04036602 DSP 应用技术‖Application Techniques of DSP 2 32 2 004

04043401 超大规模集成电路设计★‖VLSI Design★ 2 24 8 2 004

04021502 电视原理‖Principles of Television 2 22 10 2 004

04053301光电传感器应用技术‖Photoelectric SensorsApplication

2 32 2 004

04023302光电检测原理与技术 ‖ Principles andTechniques of Optoelectronic Detection

2 32 2 004

04038001光电子与微电子技术综合实验‖Optoelectronicand Microelectronic Techniques Experiment

2 80 2 004

04024203 光纤应用技术‖Fiber Application Technology 2 32 2 004

04027502数字图像分析与处理‖Digital Image Analysisand Processing

2 32 2 004

04029502 微电子技术‖Microelectronics Technology 2 24 8 2 004

04055301文献检索概论 ‖ Introduction to LiteratureSurvey

1 16 1 004

04038501学科前沿系列讲座‖ Lectures on Frontiers ofthe Discipline

1 16 1 004

04034903 应用光学‖Applied Optics 2 32 2 004


Group I：Compulsory Courses Total155 1738 1698 24.5 22.5 24.5 21.5 17.5 21.5 6 17


Group II：Compulsory Courses Total156 1746 1706 24.5 22.5 24.5 21.5 18.5 20.5 7 17


Group III：Compulsory Courses Total156 1754 1698 24.5 22.5 24.5 21.5 17.5 22.5 4 19


22 294 106 1 2 5 14





152

光电信息科学与工程一、专业介绍

该专业源自于 1953 年创建于哈尔滨军事工程学院的“军用光学”专业，1964 年随学校由军队转入地

方。本专业现为国家级特色专业建设点，江苏省品牌专业、工业与信息化部重点专业，具有国家一级学科

博士学位授予权。

光电信息技术是 21 世纪及未来世界发展的重要技术领域，本专业针对光电信息技术和现代多学科广泛

交叉的发展趋势，突出光、电、信息和计算机等融合的光电信息技术特征，以光电信息工程理论与技术为

专业特色，为国家有关部门、科研院所、高等院校、企业、高新技术公司培养当今信息化时代所需的光电

信息工程技术人才。

二、培养目标

培养具有良好的现代科学素质、人文素养、社会责任感和职业道德，扎实掌握本学科的基础理论和专

业技能，具有较强的创新意识和工程实践能力，能够在光电信息工程、光电子、光通信、计算机等以及相

关领域的产业部门、科研院所、高等院校从事光电信息检测、传输、光电成像、显示与存储、图像信息处

理及计算机应用等领域的产品设计与制造、技术开发与工程设计、科学研究、教育教学、运行管理等工作，

能够适应当代信息化社会高科技迅速发展需要的高级专门人才。

三、培养要求

本专业的学生主要学习光电信息工程的基本理论和基本知识，接受光电信息系统分析与设计等方面的

基本训练，具有设计、开发、集成及应用光电信息系统的基本能力。




3.掌握光学、光电子学、工程图学、电子技术、计算机技术、软件设计、激光原理与技术、光电信息

处理、光纤通信、图像处理等基本理论知识，了解光电信息科学和工程技术的前沿发展现状和趋势；

4.具有系统的工程学习经历和设计、分析工程实验的能力，掌握光电信息采集、发送、传输、处理、

存储、显示等基本知识及相关系统和器件的分析研究、开发设计和制造的工程应用能力；

5.掌握基本的创新方法，具有追求创新和可持续发展意识；具有综合运用所学科学理论和技术手段以

及经济、环境、法律、安全、健康、伦理等制约因素分析并解决工程问题的基本能力；


7.了解国家有关光电信息工程领域相关的职业和行业的生产、设计、研究与开发的法律、法规以及有




10 具有国际视野和跨文化的交流、竞争与合作能力。






153


主干学科：光学工程

交叉学科：仪器科学与技术、电子科学与技术


电路、模拟电子线路、数字逻辑电路、信号与系统、微机原理及应用、物理光学、应用光学、光电检

测技术、光学测量、激光技术与应用、光纤通信理论基础、传感器原理等。


军事训练、金工实习、电子实习、光学综合实验、毕业实习、科研训练、课程设计、毕业设计等。





154

Optoelectronic Information Science and Engineering

I. Introduction

Optoelectronic Information Science and Engineering was initially established in Harbin Military Engineering

Institute as Military Optics in 1953.This program is a national distinguished major and provincial key major in

Jiangsu. It offers bachelor, master and doctor degree, and also provides post-doctoral program.

Optoelectronic Information Science and Engineering is an important technology in 21st Century. The major

emphasizes integrating the knowledge of optical and electronic information, which is characterized by the

engineering of optoelectronic information and technology. The major cultivates talents of optoelectronic

information engineering and technology required in today's information age for the relevant departments, the

state scientific research institutes, universities, enterprises, high-tech companies.

II. Objectives

Students are required to obtain the fundamental knowledge of optical engineering, optoelectronics, optical

communications, computer and other related fields, to specialize in optical information detection, transmission,

optical imaging, optical display and storage, image information processing and computer applications. Students

are expected to pursue career fields such as product design and manufacturing, technology development and

engineering design, science research, education, operation management, etc.

III. Requirements

Students will study the basic theories and principles in optical engineering, obtain basic training regarding

analysis and design of optical information systems, and master basic skills to design, develop, integrate and apply

the optical information systems.



2.Equip with basic knowledge of mathematics, natural science, economics and management for optical

engineering;

3.Grasp the fundamental knowledge of optics, optoelectronics, engineering graphics, electronics technology,

computer technology, software design, laser principle and technology, optical information processing, optical

fiber communications, image processing, and understand the state-of-the-arts trend of optical information

science and engineering;


master basic knowledge of optical information collection, sending, transmission, processing, storage and display,

and to have skills in the analysis, research, development, design, manufacturing and other engineering

application skills in connection with relevant systems and devices;




7.Understand the laws and regulations regarding production, design, research and development in the

profession and industry of optoelectronic information science and engineering;



155

9. Have self-learning ability and social adaptability;


IV.Length of Program and Degree

School System: 4 years

Length of Schooling: 3-6 years



Leading discipline: Optical Engineering

Inter-disciplines: Instrumentation Science and Engineering, Electrical Science and Engineering

Ⅵ. Core courses

Circuit Analysis, Analog Electronic Circuit, Digital Logic Circuit, Signal and Systems, The Principle and

Application of Microcomputer, Physical Optics, Applied Optics, Photoelectric Detection Technology, Optical

Measurement, Laser Technology and Applications, Fundamentals of Optical Fiber Communication Theory,

Principles of Sensors


Military Training, Metalworking Practice, Electronics Practice, Optic Comprehensive Experimentation, Course

Design, Scientific Research Training, Graduation Design, Graduation Practice, etc.






156

光电信息科学与工程专业教学计划进程表Table of Teaching Plan for Major of Opto-Electronics Information Science and Engineering

课程编号

CourseNo

课程名称

Course Name

学分

Credit

课内学时

Credit Hours学期 Semester

开课学

院代码

School

Code讲课

Lecture

实践













15045202马克思主义基本原理‖Introduction to the BasicPrinciples of Marxism 3 32 16 3 019

15045303



6 48 48 6 019

15045602思想道德修养与法律基础‖ Ideological andMoral Cultivation & Basic Law Education 3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖ The Outline of ChineseModern and Contemporary History 2 24 8 2 019



06000702Visual C++ 程序设计 ‖ C++ ProgrammingDesign 4 48 16 4 006




11120904大学物理实验（Ⅰ）‖Experiments in CollegePhysics (Ⅰ) 1.5 24 1.5 013

11220904大学物理实验（Ⅱ）‖Experiments in CollegePhysics(Ⅱ) 1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






04140002EDA 设计（Ⅰ）＊‖Electronic Design Automation(Ⅰ)＊ 1 40 1 004

04240002EDA 设计（Ⅱ）‖Electronic Design Automation(Ⅱ) 1 40 1 004


157

课程编号

CourseNo

课程名称

Course Name

学分

Credit

课内学时


开课学

院代码

School

Code讲课

Lecture

实践


04137001电工电子综合实验（Ⅰ）‖ Electrical andElectronic Comprehensive Experiment (Ⅰ) 0.5 20 0.5 004

04237001电工电子综合实验（Ⅱ）＊‖Electrical andElectronic Comprehensive Experiment (Ⅱ)＊ 1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004



04140904光学综合实验（Ⅰ）‖Optical ComprehensiveExperiment(Ⅰ) 0.5 20 0.5 004

04240904光学综合实验（Ⅱ）‖Optical ComprehensiveExperiment(Ⅱ) 1 40 1 004

04340904光学综合实验（Ⅲ）‖Optical ComprehensiveExperiment(Ⅲ) 1 40 1 004

04440904光学综合实验（Ⅳ）＊‖Optical ComprehensiveExperiment(Ⅳ)＊ 1 40 1 004

04025101激光技术与应用 ‖ Laser Technology andApplication 3 48 3 004




04030002微机原理与应用‖Principle and Application ofMicrocomputer 3 48 3 004


1 40 1 004

04022601 物理光学‖Physical Optics 4 64 4 004


04034901 应用光学‖Applied Optics 4 64 4 004

必修课程·专业方向课【除公共部分外，任选一组读】




04022201 傅里叶光学★‖Fourier Optics★ 3 48 3 004

04023301光电检测技术 ‖ Optoelectronic DetectionTechnology 3 40 8 3 004

04024601 光学测量‖Optical Testing 3 48 3 004

04023802光度与色度学 ★ ‖ Photometry andColorimetry★

Ⅰ

3 32 16 3 004

04024201光纤技术与应用 ‖ Fiber OpticalTechnology and Application 2 32 2 004

04040202光学 CAD 课程设计‖Optical CAD CourseDesign 3 120 3 004

04041101象质评价技术 ‖ Imaging EvaluationTechnology 2 32 2 004

04021101 传感器原理‖Sensor Fundamental

Ⅱ

3 48 3 004

04043602光电传感器设计综合实验‖PhotoelectricSensor Design Experiment 1 40 1 004

04024401光纤通信理论基础 ‖ Fiber OpticalCommunication Basis 3 48 3 004

04041001信息物理基础 ★ ‖ Fundamentals ofInformation Physics★ 3 48 3 004



04053901 FPGA 应用系统设计‖FPGA System Design 2 32 2 004

04020401 薄膜光学‖Thin Film Optics 2 32 2 004


158

课程编号

CourseNo

课程名称

Course Name

学分

Credit

课内学时


开课学

院代码

School

Code讲课

Lecture

实践


04056001电子元器件识别与检测技术‖ ElectronicComponent Recognition and Detection 2 32 2 004

04023203光电成像技术 ‖ Optoelectronic ImagingTechnology 2 32 2 004

04041601光电系统设计综合实验‖Photoelectric SystemDesign Experiment 3 120 3 004

04054001光学可视化仿真课程设计‖Course Design inOptical Visualization Simulation 2 80 2 004

04024701光学零件工艺学 ‖ Optical ComponentManufacturing Technique 2 32 2 004

04041202 光学图像处理‖Optical Image Processing 2 32 2 004

04054101光学显微导论 ‖ Introduction to OpticalMicroscopy 2 32 2 004

04053501 光子学基础‖Fundamentals of Photonics 2.5 40 2.5 004

04025301几何量测量 ‖ Geometrical ParameterMeasurement 2 32 2 004

04043701实用图像处理方法及软件‖Methodology andSoftware of Image Processing 2 24 8 2 004

04044001 视频技术基础‖Video Technology Basis 2 32 2 004

04055301文献检索概论 ‖ Introduction to LiteratureSurvey 1 16 1 004


Group I：Compulsory Courses Total 155.5 1706 1762 24.5 22.5 24.5 21.5 19 21.5 5 17


Group II：Compulsory Courses Total 155.5 1754 1666 24.5 22.5 24.5 21.5 22 17.5 6 17

选修课程汇总‖ Specialized Optional CoursesTotal 28.5 366 210 1 2 6 19.5





159

电子信息工程一、专业介绍

电子信息工程专业起源于 1953 年创办的新中国军工科技最高学府——中国人民解放军军事工程学院

（简称哈军工）的“雷达”专业和“指挥仪”专业。伴随着国家教育体制改革，1985 年“雷达”专业调整

为“电子工程”专业，“指挥仪”专业调整为“系统工程”专业；1996 年“系统工程”调整改造为“信息

工程”专业；1998 年 “电子工程”专业与“信息工程”专业合并为 “电子信息工程”专业。

该专业是江苏省首批省部级品牌专业和国家级特色专业，国家“卓越工程师教育培养计划” 、江苏省

“卓越工程师（软件类）教育培养计划” 专业。专业所在学科“信息与通信工程”具有硕士和博士学位授

予权，并设立博士后流动站。电子信息工程是一个运用电子与计算机等现代技术进行电子系统设计和信息

处理的专业，主要研究信息获取、传输与处理，电子信息系统的设计、开发、集成和应用等；是集现代电

子技术、信息技术、通信技术于一体的专业。专业具有先进的雷达系统设计、信号处理优势和特色，并辐

射到国民经济和民众生活密切相关的电子信息系统的研究与开发。毕业生可从事国家有关部门、科研院所、

高等学校、高新技术公司、企业等单位的科技研究、电子系统和产品设计、开发、试验、维护、技术管理

等工作。涉及的领域包括航空、航天、海洋、地面探测、通信、监控、医疗和家用电子等众多方面。

二、培养目标

本专业重视学科基础建设和专业技能培养，注重学生全面素质的提高，特别是创新能力和实践能力的

培养，通过有效的实践课程和电子设计竞赛等措施使学生得到必要的训练和锻炼。本专业培养具备电子技

术和信息系统的基础知识，利用电路、信号处理理论和技术、计算机及微处理器技术、软件知识能在航空、

航天电子、医疗、海洋工程和家用电子、社会生活等行业从事探测、通信、监控等各类电子设备和信息系

统的研究、设计、制造、应用和开发的高级工程技术人才。

三、培养要求

本专业是一个电子和信息工程方面的较宽口径专业。本专业学生主要学习电路、信号、电子信息系统

等基础知识，学习信号的获取与转换、信息的传输与处理、电子设备与信息系统等方面的专业知识，受到

电子信息系统等方面的良好实践训练。以电子技术和信息处理技术为主要研究内容，具备电子信息系统的

设计、开发、应用和集成的基本能力。

毕业生应获得以下几个方面的知识和能力：



3.掌握电路、计算机、软件设计、信号与系统、数字信号处理、电磁场与电磁波、雷达、通信等基本

理论知识，了解电子信息科学和工程技术的前沿发展现状和趋势；

4.具有系统的工程学习经历和设计、分析工程实验的能力，掌握信息采集、发送、传输、处理、存储、

显示等基本知识及相关系统和器件的分析研究、开发设计和制造的工程应用能力；




7.了解国家有关电子信息工程领域相关的职业和行业的生产、设计、研究与开发的法律、法规以及有



160


9.具有适应发展的能力以及对终身学习的正确认识和学习能力；






五、主干学科、交叉学科

主干学科：信息与通信工程

交叉学科：电子科学与技术，计算机科学与技术，控制科学与工程


电路、模拟电子线路、数字逻辑电路、微机原理与接口技术、信号与系统、数字信号处理、微型计算

机原理、电磁场与电磁波、雷达原理、DSP 应用技术、通信原理等。

七、集中实践性教学环节

军事训练、金工实习、综合实验、计算机上机训练、课程设计、科研训练、毕业实习、毕业设计（论

文）等。





161

Electronic Information Engineering

I. Introduction

Electronic Information Engineering was developed from the departments of Radar and Artillery Director in

the Harbin Military Engineering Institute, which was founded in 1953. In 1985, the Radar Department was

changed into Electronic Engineering, and the Artillery Director Department was changed into System Engineering

which was finally regulated as Information Engineering in 1996. In 1998, the departments of Electronic

Engineering and Information Engineering were merged into Electronic Information Engineering.

The major has become the national, provincial and ministry key major. It offers bachelor, master and doctor

degree, and also provides post-doctoral program. The department conducts electronic system design and

information process by modern technology, which concerns the capture, transmission and processing of

information, the design, development, integration and application of electronic devices and information system.

It integrates modern electronic information and communication technology with advanced technology in modern

radar system design and signal processing.

II. Objectives

Students are required to obtain the fundamental knowledge of electronic information engineering and

related majors, and strong ability of engineering practice. Graduates are capable of engaging in the research,

design, development, manufacturing and operation of electronic systems in the field of aviation, aerospace,

marine, ground detection, communication, monitoring, medical and consumer electronics, etc.

III. Requirements

Students will study the basic theories and principles in designing, developing, applying and integrating

electronic information systems.



2.Equip with basic knowledge of mathematics, natural science, economics and management for electronic

information engineering;

3.Grasp the fundamental knowledge of Electronic circuit, Computer technology, Software design, Signal and

system, Digital signal processing, Electromagnetic field and wave, Radar, Communication, and to understand the

cutting edge and development trend of electronic information science and engineering;


master basic knowledge of information collection, sending, transmission, processing, storage and display, and to

grasp the basic analyzing and designing approach about electronic information engineering;

5. Have the awareness of innovation and sustainable development; equip with basic economic,

environmental, legal, safety, health, ethics skills to solve engineering problems in electronic information

engineering;



profession and industry of electronic information engineering;



162



IV. Length of Program and Degree



Degree: Bachelor of engineering


Leading Discipline: Information and Communication Engineering

Interdisciplinary Subjects: Electronic Science and Technology, Computer Science and Technology, Control

Science and Engineering

VI. Core courses

Electronic Circuit, Analog Circuit, Digital Logic Circuit, Microcomputer Principle and Interface Technology,

Signal and System, Digital Signal Processing, Microcomputer Fundamentals, Electromagnetic field and wave,

Radar Fundamentals, DSP Applications, Communication Fundamentals, and etc.


Military Training, Metalworking Practice, Comprehensive Experimentation, Course Design, Scientific

Research Training, Graduation Design, Graduation Practice, etc.






163

电子信息工程专业教学计划进程表Table of Teaching Plan for Major of Electronics Information Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



06000702Visual C++程序设计‖C++ ProgrammingDesign

4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






04140002EDA设计（Ⅰ）＊‖Electronic Design Automation(Ⅰ)＊

1 40 1 004

04240002EDA设计（Ⅱ）‖Electronic Design Automation(Ⅱ)

1 40 1 004

04060101 半导体器件基础‖Semiconductor Device 2 32 2 004


164

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Fundamental

04021301电磁场与电磁波‖Electromagnetic Fields andWaves

3 44 4 3 004

04137001电工电子综合实验（Ⅰ）‖Electrical andElectronic Comprehensive Experiment (Ⅰ)

0.5 20 0.5 004

04237001电工电子综合实验（Ⅱ）＊‖Electrical andElectronic Comprehensive Experiment (Ⅱ)＊

1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004

04021902电子电路综合设计‖Comprehensive Design ofElectronic Circuits

2 80 2 004



04022502高频电子线路‖High-Frequency ElectronicCircuit

3 48 3 004

04055601高频电子线路综合实验‖ComprehensiveExperiment of High-Frequency Electronic Circuits

1 40 1 004




04027705 数字信号处理★‖Digital Signal Processing★ 3.5 48 8 3.5 004

04028302 通信原理★‖Principles of Communications★ 3 48 3 004

04037502通信原理综合实验‖ComprehensiveExperiments of Communication Principles

1 40 1 004


3 48 3 004


1 40 1 004


必修课程·专业方向课【除公共部分外，任选一组读】


04036601 DSP应用技术‖Application Techniques of DSP 3 32 16 3 004

04040404电子信息工程课程设计＊‖ElectronicInformation Engineering Project＊

1 40 1 004

04040403电子信息工程综合实验‖Electronic InformationEngineering Comprehensive Experiment

1 40 1 004

04038501学科前沿系列讲座＊‖Lectures on Frontiers ofthe Discipline＊

1 16 1 004


Ⅰ

14 560 14 004


04042002雷达信号分析与处理‖Signal Analysis andProcessing for Radar

3 40 8 3 004

04041904 雷达原理‖Principles of Radar 3.5 48 8 3.5 004

04036001随机信号处理基础‖Introduction toRandom Signal Processing

2 32 2 004


Ⅱ

14 560 14 004


04024801RFID原理及应用‖Principle andApplication of RFID

2 32 2 004

04025902 传感技术‖Technology of Transducer 2 32 2 004

04025701无线网络技术‖Wireless NetworkTechnology

3 48 3 004

04025502物联网导论‖Introduction to Internet ofThings

1.5 24 1.5 004

04032491 毕业设计‖Graduation Project Ⅲ（卓工） 14 560 14 004


165

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



04041905雷达系统与原理‖Radar System andPrinciple

2 32 2 004

04042003 雷达信号处理‖Radar Signal Processing 2.5 32 8 2.5 004

04060701信号检测与估计‖Signal detection andestimation

1.5 24 1.5 004

04051303嵌入式系统原理与设计‖Principles andDesigning of Embedded System

2 24 8 2 004

04060001电子装配与高速PCB设计‖ElectronicAssembling and High Speed PCBDesigning

1 40 1 004



04051701操作系统与数据结构‖Operating Systems andData Structures

2 32 2 004

04021201单片机原理与应用‖Microcontroller Theoryand Application

2 24 8 2 004


04021603电子测量技术‖Electronic MeasurementTechniques

2 24 8 2 004

04055801多媒体技术基础‖Fundamentals of MultimediaTechnology

2 26 6 2 004

04042205计算机网络与安全技术‖Computer Networkand Security

2 24 8 2 004

04052001 可编程逻辑器件‖Programmable Logic Devices 2 32 2 004

10025404控制工程基础‖Control EngineeringFundamentals

2 32 2 010

04027804频率综合技术‖Frequency SynthesisTechniques

2 24 8 2 004

04051302嵌入式系统原理及应用‖Principles andApplications of Embedded System

2 24 8 2 004

04051901软件无线电基础‖Introduction to SoftwareRadio

2 32 2 004

04027503 数字图像处理‖Digital Image Processing 2 32 2 004

04028002天线与电波传播★‖Antennas and WavePropagation★

2 32 2 004

04028902 微波技术‖Microwave Technology 2 32 2 004

04055301文献检索概论‖Introduction to LiteratureSurvey

1 16 1 004

04051801无线定位导航理论与技术‖Theory andTechnology of Wireless Navigation

2 32 2 004

04042302虚拟仪器的设计与实现‖Virtual InstrumentTechnology

2 24 8 2 004

04036101 语音信号处理‖Speech Signal Processing 2 32 2 004

方向I组:必修课程汇总

Group I：Compulsory Courses Total155 1686 1762 24.5 22.5 24.5 21.5 20 12 13 17

方向II组:必修课程汇总

Group II：Compulsory Courses Total155 1702 1746 24.5 22.5 24.5 21.5 20 10 15 17

方向III组:必修课程汇总

Group III：Compulsory Courses Total155.5 1662 1802 24.5 22.5 24.5 21.5 20 10 15.5 17


35 496 64 1 4 14 16





166

通信工程一、专业介绍

本专业是在原哈尔滨军事工程学院炮兵工程系雷达科的基础上组建成立的，分别于 2003 年和 2010 年

被江苏省教育厅批准为江苏省特色专业建设点、江苏省品牌专业建设点。2012 年通过江苏省教育厅组织的

江苏省品牌专业建设验收。本专业具有一级学科博士点授予权和博士后流动站。

本专业拥有一支年富力强，学术思想活跃，教学和科研经验丰富，综合素质优秀的教师队伍。其中既

有教育部“长江学者”特聘教授、中国青年女科学家奖获得者和教育部“新世纪优秀人才支持计划”人才，

又有海外著名高校回国的年轻博士。本专业教师围绕国民经济建设需求，紧跟国内外通信工程领域学科前

沿，承担了多项国家级和省部级重点项目，取得了一批具有自主知识产权的高水平科研成果。前沿的学术

研究和频繁的国际交流也为专业教学提供了先进的知识体系和国际视野。

本专业以信息传输为主体，并综合信息交换和网络，以无线通信系统及其网络为特色。拥有通信原理、

系统与网络，电磁场与射频系统等多个专业实验室。培养的毕业生可在国家有关管理部门、科研院所、高

等学校，以及通信运营企业、通信设备与系统生产企业等就业，从事现代通信系统及设备的研究、设计、

开发、制造、运营、规划、管理等工作。

二、培养目标

本专业培养德、智、体全面发展，具有扎实理论基础，掌握坚实的通信工程及相关专业学科知识，具

有较强的工程实践能力和创新能力，能从事现代通信系统及设备的研究、设计、开发、制造、运营及在国

民经济各部门和国防工业中从事研究、开发的高素质研究型专门人才。

三、培养要求

本专业学生主要学习通信系统和网络方面的基础理论，掌握现代通信系统和网络技术，接受通信工程

实践的基本训练，具备从事现代通信设备、系统和网络的研究、设计、开发、调测和工程应用的基本能力，

使学生在知识、能力、素质方面得到协调发展。



2.具有从事通信工程工作所需的相关数学、自然科学以及经济和管理知识；

3.掌握工程制图、电子电路、电磁场与微波、计算机、信号与系统、数字信号处理、通信原理等通信

工程的基础知识；掌握无线通信、移动通信、卫星通信、光纤通信等方面的基本理论知识；了解通信工程

专业的前沿发展现状和趋势；

4.具有系统的工程实践学习经历和设计、实施工程实验的能力，掌握信息采集、发送、传输、处理、

接收、存储、显示等的基本知识；掌握通信系统与网络、天线与射频电路及器件等方面的基本分析与设计

方法；

5.掌握基本的创新方法，具有追求创新的态度和意识；具有综合运用理论和技术手段设计、开发、调

测、应用通信系统和通信网络的基本能力，设计过程中能够综合考虑经济、环境、法律、安全、健康、伦

理等制约因素；


7.了解有关通信系统和网络建设方面的职业和行业的生产、设计、研究与开发、环境保护和可持续发


167

展等方面的方针、政策和法津、法规，能正确认识工程对于客观世界和社会的影响；


9.对终身学习有正确认识，具有不断学习和适应发展的能力；








交叉学科：电子科学与技术，计算机科学与技术

六、主要课程

电路、模拟电子线路、数字逻辑电路、高频电子线路、信号与系统、数字信号处理、电磁场与电磁波、

微波技术、通信原理、微机原理与应用、通信系统等。


军事训练、金工实习、计算机上机训练、电子实习、电工电子综合实验、EDA、通信原理和系统综合

实验、射频系统综合实验、课程设计、科研训练、毕业实习、毕业设计（论文）等。





168

Telecommunication EngineeringI. Introduction

Telecommunication Engineering was established in 1994 based on the radar section in the Department of

Artillery Engineering, Harbin Institute of Military Engineering of the PLA. In 2003 and 2010, this major has

become the provincial key major in Jiangsu. It offers bachelor, master and doctor degree, and also provides

post-doctoral program.

Among the faculty members, there are 1 Distinguished Professors of “Cheung Kong Scholars”, 2 recipients of

the National Science Fund for Distinguished Young Scholars, 1 Chinese female Young Scientist Award winner, and

2 New Century Excellent Talents Support Plan winners. The major emphasizes on the theory and technological

research of information transmission, switching and network technologies, especially the wireless

communication and network switching. In addition, the major has some professional laboratories for

communication principle, system and networks, electromagnetic field, RF/microwave systems. Graduates are

expected to be involved in the jobs of research, design, development, manufacturing, operation, planning, and

management in the fields of modern communication system.

II. Objectives

Students are required to obtain the fundamental knowledge of telecommunication engineering and related

majors, and strong ability of engineering practice. Graduates are capable of engaging in the research, design,

development, manufacturing and operation of modern communication system and device, as well as the

development and application of telecommunication technology in various government branches and defense

industries.

III. Requirements

Students will study the basic theories and principles in telecommunication system and network, modern

telecommunication system and network technology.



2.Equip with basic knowledge of mathematics, natural science, economics and management for

telecommunication engineering;

3.Grasp the fundamental knowledge of engineering cartography, electronic circuit, electromagnetic field and

microwave, computer technology, signal and system, digital signal processing, principle of telecommunications,

wireless, mobile, satellite, and fiber communication systems;


master basic knowledge of telecommunication information collection, sending, transmission, processing, storage

and display, and to grasp the basic analyzing and designing approach about communication systems, networks,

antennas, RF circuit and devices;


environmental, legal, safety, health, ethics skills to solve engineering problems in telecommunication systems and

networks;



169


profession and industry of telecommunication science and engineering;









Leading Discipline: Information and Communication Engineering

Interdisciplinary Subjects: Electronics Science and Technology, Computer Science and Technology

VI. Core courses

Electric Circuit, Analog Electrical Circuitry, Digital Logic Circuit, High-frequency Electronic Circuit, Signals and

Systems, Digital Signal Processing, Electromagnetic Field and Wave, Microwave Technology, Communication

Principle, Principle and Application of Microcomputer，Communication System, etc.




Practice, etc.






170

通信工程专业教学计划进程表Table of Teaching Plan for Major of Telecommunication Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019








1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013







1 40 1 004


1 40 1 004

04060101半导体器件基础‖Semiconductor DeviceFundamental

2 32 2 004


171

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



3 44 4 3 004


0.5 20 0.5 004


1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004


2 80 2 004



04022502高频电子线路‖High-Frequency ElectronicCircuit

3 48 3 004

04055601高频电子线路综合实验‖ComprehensiveExperiment of High-Frequency Electronic Circuits

1 40 1 004





04028302 通信原理★‖Principles of Communications★ 3 48 3 004

04037502通信原理综合实验‖ComprehensiveExperiments of Communication Principles

1 40 1 004


3 48 3 004


1 40 1 004

04030803 信号与系统‖Signals and Systems 4.5 64 8 4.5 004





04040301通信工程学科前沿技术讲座‖Lectures onFrontiers of Communication Engineering

1 16 1 004

04028201 通信系统‖Communication Systems 3 48 3 004

04037602通信系统综合实验‖ComprehensiveExperiments of Communication Systems

1 40 1 004

04051501微波、毫米波系统★‖Microwave andMillimeter-Wave Systems★

2 32 2 004

04028901 微波技术‖Microwave Technology 3 48 3 004

04052101微波技术综合实验‖ComprehensiveExperiments of Microwave Technology

0.5 20 0.5 004

04052201计算机网络通信‖Computer NetworkCommunications

Ⅰ

2 32 2 004

04052401通信网络综合实验＊‖ComprehensiveExperiments of Communication Networks＊

0.5 20 0.5 004

04052301通信网与现代交换技术‖CommunicatonNetworks and Modern Switching Technique

2 32 2 004

04037103射频/微波系统综合实验＊‖

Comprehensive Experiments ofRF/Microwave Systems＊

Ⅱ

0.5 20 0.5 004

04051601微波、毫米波测量技术‖Microwave andMillimeter-Wave Measurement Techniques

2 32 2 004

04042402微波/毫米波电路分析与设计‖

Microwave/Millimeter-Wave CircuitsAnalysis and Design

2 32 2 004


172

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践





04043401 超大规模集成电路设计‖VLSI Design 2 24 8 2 004

04036901电磁兼容原理‖Principles of ElectromagneticCompatibility

2 32 2 004

04044101多媒体通信技术‖Multimedia CommunicationTechnology

2 32 2 004

04020302纠错编码技术‖Error Correction CodingTechnology

2 32 2 004

10025404控制工程基础‖Control EngineeringFundamentals

2 32 2 010

04051301嵌入式系统应用‖Application of EmbeddedSystems

2 20 12 2 004

04028002天线与电波传播‖Antennas and WavePropagation

2 32 2 004

04055301文献检索概论‖Introduction to LiteratureSurvey

1 16 1 004

04051801无线定位导航理论与技术‖Theory andTechnology of Wireless Navigation

2 32 2 004

04056101无线与移动通信技术‖Wireless and MobileCommunication Technology

2 32 2 004

04052601 现代雷达新技术‖Modern Radar Technology 2 32 2 004

04052501移动通信原理‖Principles of MobileCommunication

2 32 2 004


Group I：Compulsory Courses Total155.5 1726 1730 24.5 22.5 24.5 21.5 24 15 6.5 17


Group II：Compulsory Courses Total155.5 1726 1730 24.5 22.5 24.5 21.5 24 13 8.5 17


25 380 20 1 4 20





173

微电子科学与工程一、专业介绍

微电子科学与工程专业旨在培养面向半导体、光电子技术、新材料、纳米技术等新兴行业的高级工程

技术人才，以满足当前国家发展和行业创新的迫切需要。本专业依托的“电子科学与技术”学科方向是江

苏省重点一级学科和工业和信息化部重点学科，具有硕士、博士学位授予权，设有博士后流动站。微电子

学科学与工程专业融合半导体技术、集成电路设计和工艺、微纳机电系统、纳米材料和器件等专业领域的

相关内容，以半导体材料和工艺为基础，以电子和光电器件为主导，面向产业应用，密切结合电子和信息

行业技术发展的最新潮流，强调理论基础和工程实践并重，着重培养学生深入理解和解决问题的能力。毕

业生可进入国家有关部门、科研院所、高等院校、企业、高新技术公司等工作，从事集成电路设计、光电

子技术、半导体工艺和设计、新材料、新能源等行业的研究、设计与开发等工作。

二、培养目标

本专业着重对学生进行微电子学领域的基本知识和技能的培养。在教学和培养中我们将强调知识传授

和学习能力并重、视野广度和专业深度并重、书本知识和动手能力并重、专业技能和职业精神并重，在基

本的电子工程教育的基础上，重点培养学生在半导体材料和器件、集成电路设计和制造、微纳机电系统设

计和测试、纳米材料和器件等方面的知识，让学生具备在微电子学和相关领域工作和深造所必需的基础知

识、操作水平和学习能力，毕业后成为半导体、光电子技术、新材料、纳米技术等行业的高级工程技术人

才。

三、培养要求



3.掌握半导体、集成电路、光电子、微纳机电系统、纳米技术等领域的基本理论知识，了解微电子科

学与工程领域的前沿发展现状和趋势；

4.具有系统的工程学习经历和设计、分析工程实验的能力，掌握固体物理、半导体物理、微纳光电器

件、集成电路设计原理和应用、微纳结构设计和应用等基本知识及相关系统和器件的分析研究、开发设计

和制造的工程应用能力；




7.了解国家有关微电子科学与工程领域相关的职业和行业的生产、设计、研究与开发的法律、法规以

及有关环境保护等方面的方针、政策和法律、法规，正确认识工程实际与发展对客观世界和社会的影响。









174


主干学科：微电子学与固体电子学

交叉学科：物理电子学、电磁场与微波技术、光电科学与工程。


固体物理、先进半导体材料、微电子机械系统应用、半导体集成电路、超大规模集成电路设计、光子

学基础、固体电子器件、微电子化学技术基础，等等。


军事训练、金属工艺实习、电子工艺实习、电子电工综合实验、EDA 设计、光电子与微电子技术综合

实验、集成电路课程设计、毕业实习、科研训练、毕业设计，等等。





175

Microelectronic Science and Engineering

I. Introduction

Microelectronic Science and Engineering aims at cultivating engineering talents to satisfy the demand of

national development and innovation industry, including semiconductor, optoelectronics, new materials, and

nanotechnology. This major subordinates to Electronic Science and Technology, which is a national distinguished

major and provincial key major in Jiangsu. It offers bachelor, master and doctor degree, and also provides

post-doctoral program. The major features a combination of semiconductor technology, IC design and technique,

MEMS, nanomaterials and devices, etc. Graduates are expected to be involved in the high-tech research and

development areas such as IC design, optoelectronic technology, semiconductor technique and design, novel

materials, and new energy resources in government branches, research institutes, universities, and high-tech

enterprises.

II. Objectives

Students are required to obtain the fundamental knowledge of semiconductor materials and devices, IC

design and fabrication, MEMS design and test, nanomaterials and devices to meet the requirements of the rapid

high-tech development of the information society. Graduates are expected to pursue career in microelectronics

and related areas including industries such as semiconductor, optoelectronics, new materials, and

nanotechnology.

III. Requirements

The major focuses on the training of fundamental knowledge and skills in microelectronics area. Graduates

should obtain knowledge and ability of the following aspects:

1.Have a good understanding in humanities and social sciences, social responsibility and professional ethics;


microelectronic engineering;

3.Grasp the fundamental knowledge of semiconductor, integrated circuit, optoelectronics, MEMS,

nanotechnologies;


master basic knowledge of solid-state physics, semiconductor physics, micro- and nano-optoelectronic devices,

integrated circuit design and application, micro- and nano-structure design and application, and to have skills in

the analysis, research, development, design, manufacturing and other engineering application skills in connection

with relevant systems and devices;



6.Master the basic methods of retrieving and information query;


profession and industry of microelectronic science and engineering;





176






Leading Discipline: Electronic Science and Technology

Interdisciplinary Subjects: Optoelectronic Science and Engineering, Optical Engineering

VI. Core courses

Solid-State Physics, Advanced Semiconductor Materials, MEMS Systems and Applications, Semiconductor

Integrated Circuits, VLSI Design, Fundamentals of Photonics, Solid-State Electronic Devices, Fundamentals of

Microelectronic Chemistry Technology, etc.




Practice, etc.






177

微电子科学与工程专业教学计划进程表Table of Teaching Plan for Major of Microelectronics Science and Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013







1 40 1 004


1 40 1 004

04060101半导体器件基础‖Semiconductor DeviceFundamental

2 32 2 004


178

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



3 44 4 3 004


0.5 20 0.5 004


1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004



04038001光电子与微电子技术综合实验＊‖

Optoelectronic and Microelectronic TechniquesExperiment＊

2 80 2 004





3 48 3 004


1 40 1 004

04022603 物理光学★‖Physical Optics★ 3 48 3 004




04043201半导体集成电路‖Semiconductor IntegratedCircuit

3 48 3 004



04043401 超大规模集成电路设计★‖VLSI Design★ 2 24 8 2 004

04044402固体电子器件★‖Solid-State Electronic Devices★

2 32 2 004

04023003 固体物理‖Solid State Physics 2.5 40 2.5 004

04053501 光子学基础‖Fundamentals of Photonics 2.5 40 2.5 004

04023701 集成电路课程设计＊‖IC Course Design＊ 2 80 2 004

04053601微电子化学技术基础‖Fundamentals ofMicroelectronic Chemistry Technology

2 32 2 004

04024502 微电子机械系统应用‖Mems Application 2.5 40 2.5 004

04023102先进半导体材料★‖Advanced SemiconductorMaterials★

3 48 3 004

04050203真空镀膜技术‖Vacuum Film DepositionTechnology

2.5 40 2.5 004




04051002 固体光学‖Solid-State Optics 2 32 2 004

04053301光电传感器应用技术‖Photoelectric SensorsApplication

2 32 2 004

04023302光电检测原理与技术‖Principles andTechniques of Optoelectronic Detection

2 32 2 004

04043102光电信号处理‖Optoelectronic SignalProcessing

2 32 2 004

04023604 光电子器件‖Optoelectronic Devices 2 32 2 004

04025105激光技术及应用‖Laser Technology andApplication

2 32 2 004

04060501集成光学及应用‖Integrated Optics andApplications

2 32 2 004


179

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


04053701 计算微电子学‖Computational Microelectronics 2 32 2 004

04060401量子力学基础‖Fundamentals of QuantumMechanics

2 32 2 004

04056201 模拟集成电路设计‖Analog IC Design 2 32 2 004

04024101 片上系统设计‖SOC Design 2 32 2 004

04060601微电子工艺简介 ‖ Introduction toMicroelectronic Techniques

2 32 2 004


1 16 1 004

04038501学科前沿系列讲座‖ Lectures on Frontiers ofthe Discipline

1 16 1 004

必修课程汇总‖‖Compulsory Courses Total 156 1766 1650 24.5 22.5 24.5 21.5 19.5 16.5 10 17


28 448 1 6 6 15





180

探测制导与控制技术一、专业介绍

本专业是国内首批建立的国防军工特色专业之一，为国防重点专业，2011 年获批教育部“卓越工程师

教育培养”试点专业。本专业拥有优良的实验室环境和高性能的实验仪器装置，2012 年获批工业和信息化

部“电子信息实验教学示范中心”。本专业在无线电探测、目标跟踪与识别、机电系统控制、干扰与抗干扰

等方面形成特色，具有学士、硕士、博士学位授予权。

本专业拥有一支学术思想活跃、教学科研经验丰富、综合素质优秀的教师团队，多名教师具有海外著

名高校经历。长期以来，本专业教师围绕国防和国民经济建设需求，承担着国家、省部级各类科研项目，

取得了一大批具有自主知识产权的高水平科研成果。

本专业注重提高学生的科学研究、开发和创新能力，培养的学生具有理论基础和专业知识扎实、实践

能力强和工作作风踏实等特点。学生主要学习目标探测与识别、信息传感与获取、机电系统控制、系统设

计与集成、计算机与通信等方面的基本理论和知识；受到系统设计、技术开发、产品研制、实验测试以及

工程管理方面的实践训练。毕业生可从事国防相关部门、科研院所、民用企事业单位的产品研究、设计、

制造与管理等工作。如无线电探测系统、调制/解调器、信号处理器、控制器等研究、设计、制造及管理工

作。

二、培养目标

面向未来国防工业建设需要，培养造就适应未来科技进步，具备健全人格，德智体全面发展，掌握探

测制导与控制技术学科的基本原理和基本知识，获得工程师基本训练，即能胜任国防尖端武器及电子信息

领域项目的设计、施工、管理、维护，又能军民结合适用于通信、雷达、自动控制、信号及信息处理等民

用领域军民结合的工作，具有较强的继续学习能力、较强的创新意识、一定的创新能力和国际视野的高级

专门人才。

三、培养要求

本专业学生主要学习目标探测与识别、信息传感与获取、机电系统控制、系统设计与集成、计算机与

通信等方面的基本理论和基本知识；受到系统设计、技术开发、产品研制、实验测试以及工程管理方面的

实践训练，具备电子与信息系统分析与综合、工程设计与计算、计算机应用与开发、检测与实验的基本能

力。




3.较系统地掌握本专业领域宽广的技术理论基础知识。主要包括高等数学，高频和低频电子线路，信

号与系统，数字信号处理，电磁场与电磁波，射频电路理论，计算机技术，传感器与信号处理技术等基础

知识；具备分析和设计电子信息系统的基本能力,了解本学科前沿及发展趋势；

4.具有系统的工程学习经历和设计、分析工程实验的能力，掌握本专业领域的目标探测与识别，信息

传感与获取，系统控制、设计与集成，计算机与通信等专业知识及相关系统和器件的分析研究、开发设计

和制造的工程应用能力；




181













交叉学科：电子科学与技术、机械电子工程、系统工程


模拟电子线路、数字逻辑电路、信号与系统、数字信号处理、电磁场与电磁波、微机原理及应用、控

制工程基础、无线电近程探测系统、制导与控制技术、传感器信号处理技术、电子对抗等。


军事训练、金工实习、电子工艺实习、课程实验、综合实验、课程设计、科研训练、毕业实习、毕业






182

Detection, Guidance and Control Technology

Ⅰ.Introduction

Detection, Guidance and Control Technology is one of the earliest established key defense and military

industry majors. It specializes in radio detection， target tracking and recognition, electromechanical system

control, jamming and anti-jamming. It offers bachelor, master and doctor degrees.

Students will have solid foundation and professional knowledge in target tracking and recognition,

information sensing and obtaining, electromechanical system control, system design and integration, computer

and communication. Graduates are expected to be involved in the jobs of the research, design, fabrication and

management for radio detecting system, modulation/demodulation, signal processor and controller, etc.

Ⅱ. Objectives

Students are cultivated to have the basic principle and knowledge of detection guidance and control

technology, to be qualified to design, construct, manage, and maintain the most advanced defense weapons and

electronic information. They are expected to qualify for both military and civilian work in the areas of

communication, radar, automatic control, signal and information processing.

Ⅲ. Requirements

Students will study the basic theories and principles in target tracking and recognition, information sensing

and obtaining, electromechanical system control, system design and integration, computer and communication.


1.Have a good understanding in humanities and social sciences, social responsibility and professional ethics;


engineering;

3.Grasp the fundamental knowledge of high and low frequency electronic circuits, signal and system, digital

signal processing, electromagnetic field and wave, radio frequency and microwave technology, computer

technology, sensor signal conditioning, etc.;

4.Have study experience in system engineering, and ability to master basic knowledge of target tracking and

recognition, information sensing and obtaining, system control, system design and integration, computer and

communication;



6.Master the basic methods of retrieving and information query;


profession and industry of detection, guidance and control technology;

8.Maintain capabilities of organization and management, people skill, and team working;

9.Have self-learning ability and social adaptability;

10.Have global vision, and ability of cross-cultural communication, competition and cooperation.


Standard school system: 4 years

The limitation of education time: 3 to 6 years


183

Degree: Bachelor Degree of Engineering

Ⅴ.Leading discipline and interdisciplinary subjects

Leading discipline: Information and Communication Engineering

Inter-discipline: Electronic Science and Technique, Mechanical Engineering, System Engineering

Ⅵ. Core courses

Analog Electric Circuit, Digital Logic Electric Circuit, Signal and System, Digital Signal Processing,

Electromagnetic Field and Wave, Microcomputer Principle and Application, Radio Detecting System，Guidance

and Control Technology, Sensor Signal Processing, Electronic Countermeasures, etc.


Military Training, Metalworking Practice, Electronics Practice, Comprehensive Experimentation, Course







184

探测制导与控制技术专业教学计划进程表Table of Teaching Plan for Major of Detection Guidance and Control Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013







1 40 1 004


1 40 1 004

04060101半导体器件基础 ‖ Semiconductor DeviceFundamental

2 32 2 004


185

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



3 44 4 3 004


0.5 20 0.5 004


1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004


2 80 2 004



04022502高频电子线路 ‖ High-Frequency ElectronicCircuit

3 48 3 004

04055601高频电子线路综合实验 ‖ ComprehensiveExperiment of High-Frequency Electronic Circuits

1 40 1 004


10025404控制工程基础 ‖ Control EngineeringFundamentals

2 32 2 010





3 48 3 004


1 40 1 004

04052801无线电射频电路理论★‖RF/Microwave CircuitTheory★

2 32 2 004




04042101 电子对抗‖Electronic Countermeasure 2 32 2 004

04030204无线电近程探测系统‖ Short-Range RadioDetection System

2 32 2 004


1 16 1 004

04042902陀螺与惯性技术 ‖ Gyroscope and InertialTechnology

2 32 2 004

04038303制导与控制技术 ‖ Guidance and ControlTechnology

2 32 2 004

04055101近程目标探测原理 ‖ Short-Range TargetDetection Principle

2 32 2 004

04038602探测制导课程设计‖ Detection, Guidance andControl Technology Course Design

1 40 1 004

04040501探测制导与控制综合实验＊‖ Detection,Guidance and Control TechnologyComprehensive Experiments＊

1 40 1 004

04052701无线电射频系统综合实验＊‖ RF SystemComprehensive Experiments＊

1 40 1 004


I

14 560 14 004


04038403传感器信号处理 ★ ‖ Sensor SignalProcessing★

1.5 24 1.5 004

04032496 毕业设计‖Graduation ProjectⅡ（卓工）

14 560 14 004


04056501 无线电工程‖Radio Engineering 2 32 2 004

23020503 电子信息工程综合实习 ‖ 2 80 2 022


186

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Comprehensive practice of electronic andInformation Engineering



04038403 传感器信号处理★‖Sensor Signal Processing★ 1.5 24 1.5 004


2 24 8 2 004


04050701宽带数字接收技术‖Wideband Digital ReceivingTechnology

2 32 2 004

04051901软件无线电基础‖ Introduction to SoftwareRadio

2 32 2 004

04054901射频电路仿真与设计‖Simulation and Designfor RF Circuits

2 32 2 004

04028002天线与电波传播 ★ ‖ Antennas and WavePropagation★

2 32 2 004

04028303 通信原理‖Principles of Communications 2 32 2 004


1 16 1 004

04055201 无线电测量技术‖Radio Detection Technology 2 32 2 004

04051801无线定位导航理论与技术 ‖ Theory andTechnology of Wireless Navigation

2 32 2 004


04042203信息保密与安全技术‖ Confidentiality andSecurity of Information Technology

2 32 2 004

04044302信息对抗导论‖ Introduction to InformationCountermeasure

1.5 24 1.5 004


Group I：Compulsory Courses Total156 1734 1730 24.5 22.5 24.5 21.5 20 12 14 17


Group II：Compulsory Courses Total158.5 1744 18100 24.5 22.5 24.5 21.5 20 12.5 14 19


26.5 406 18 1 2 11.5 12





187

信息对抗技术一、专业介绍

本专业是国内首批建立的国防军工特色专业之一，为国防重点专业，拥有优良的实验室环境和高性能

的实验仪器装置，2002 年获批工业和信息化部“电子信息实验教学示范中心”。在无线电对抗、信息保密

与安全等方面形成特色。本专业具有学士、硕士、博士学位授予权。

本专业拥有一支学术思想活跃、教学科研经验丰富、综合素质优秀的教师团队，多名教师具有海外著

名高校经历。长期以来，本专业教师围绕国防建设和国民经济建设需求，承担着国家级、省部级各类科研

项目，取得了一大批具有自主知识产权的高水平科研成果。

本专业注重提高学生的科学研究、开发和创新能力，培养的学生具有理论基础和专业知识扎实、实践

能力强和工作作风踏实等特点。学生主要学习电子对抗、信息保密与安全技术、BD/GPS 原理及应用、计算

机与通信、系统工程设计与集成等方面的基本理论和知识；受到系统设计、技术开发、产品研制、实验测

试以及工程管理方面的实践训练，毕业生可从事国防相关部门、科研院所、民用企事业单位的相关产品研

究、设计、制造与管理等工作。如通信、雷达、无线电接收发射系统、调制/解调器、信号处理器、BD/GPS

系统、信息加解密、网络安全等研究、设计、制造及管理工作。

二、培养目标

面向未来国防工业建设需要，培养造就适应未来科技进步，具备健全人格，德智体全面发展，掌握信

息对抗技术学科的基本原理和基本知识，获得工程师基本训练，即能胜任国防尖端武器及信息对抗领域项

目的设计、施工、管理、维护，又能军民结合适用于雷达、电子系统干扰抗干扰、网络安全、信息加解密

等民用领域军民结合的工作，具有较强的继续学习能力、较强的创新意识、一定的创新能力和国际视野的

高级专门人才。

三、培养要求

本专业学生主要学习信息获取与处理、信息安全与加密、电子对抗、系统设计与集成、计算机与通信

等方面的基本理论知识和专业知识；受到系统设计、技术开发、产品研制、实验测试以及工程管理方面的

实践训练，具备电子与信息系统分析与综合集成、工程设计与计算、计算机应用与开发、检测与实验的基

本能力。




3.较系统地掌握本专业领域宽广的技术理论基础知识。主要包括高等数学，高频和低频电子线路，信

号与系统，数字信号处理，电磁场与电磁波，射频电路理论，计算机技术，信息安全与加密等基础知识；

具备分析和设计电子信息系统的基本能力,了解本学科前沿及发展趋势；

4.具有系统的工程学习经历和设计、分析工程实验的能力，掌握本专业领域的信息获取与处理，信息

安全与加密，电子对抗，信息系统设计与集成，计算机与通信等专业知识及相关系统和器件的分析研究、

开发设计和制造的工程应用能力；





188












交叉学科：计算机科学与技术、电子科学与技术、系统工程


电路、模拟电子线路、数字逻辑电路、信号与系统、数字信号处理、电磁场与电磁波、射频与微波电

路、计算机技术系列课程、控制工程基础、电子对抗、信息保密与安全技术等。


军事训练、金工实习、电子工艺实习、综合实验、课程设计、科研训练、毕业实习、毕业设计（论文）

等。





189

Information Countermeasure Technology

Ⅰ. Introduction

Information Countermeasure Technology is one of the earliest established key defense and military industry

majors. It specializes in radio Countermeasure, information security and safety. It offers bachelor, master and

doctor degrees.

Students will have solid foundation and professional knowledge in electronic Countermeasure, information

maintain secrecy and security, BD/GPS principle and application, computer and communication，system design

and integration, radar receiver/transmitter, modulation/demodulation, signal processing, network security,

information encryption and decryption, etc.

Ⅱ. Objectives

Students are cultivated to have the basic principle and knowledge of information countermeasure

technology, to be qualified to design, construct, manage, and maintain the most advanced defense weapons and

information countermeasure. They are expected to qualify for both military and civilian work in the areas of radar,

interference and anti-interference of electronic system, network security, information encryption and decryption.

Ⅲ. Requirements

Students will study the basic theories and principles in information obtaining and processing, information

security and encryption, electronic Countermeasure, system design and integration, computer and

communication.




engineering;

3. Grasp the fundamental knowledge of high and low frequency electronic circuits, signal and system, digital

signal processing, electromagnetic field and wave, radio frequency and microwave techniques, computer

techniques, information security and encryption etc.;

4. Have study experience in system engineering, and ability to master basic knowledge of information

acquisition and processing, information security and encryption, electronic warfare, and information integrated

design, computer and communication;

5. Have the awareness of innovation and sustainable development; equip with basic economic,




profession and industry of information countermeasure technology;


9. Have self-learning ability and social adaptability;



Standard school system: 4 years


190

The limitation of education time: 3 to 6 years



Main discipline: Information and Communication Engineering

Inter-discipline: Computer Science and Technology, Electronic Science and Technique, System Engineering

Ⅵ. Core courses

Circuit Analysis, Analog Electric Circuit, Digital Logic Electric Circuit, Signal and System, Digital Signal

Processing, Electromagnetic Field and Electromagnetic Wave, Radio Frequency and Microwave Circuit, Computer

Technique Series Courses, Control Engineering Foundation, Electronic Countermeasure, Information Maintain

Secrecy and Security, etc.


Military Training, Metalworking Practice, Electronics Practice, Comprehensive Experimentation, Course







191

信息对抗技术专业教学计划进程表Table of Teaching Plan for Major of Information Countermeasures Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013







1 40 1 004


1 40 1 004

04060101半导体器件基础 ‖ Semiconductor DeviceFundamental

2 32 2 004


192

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



3 44 4 3 004


0.5 20 0.5 004


1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004


2 80 2 004




3 48 3 004

04055601高频电子线路综合实验 ‖ ComprehensiveExperiment of High-Frequency Electronic Circuits

1 40 1 004



2 32 2 010





3 48 3 004


1 40 1 004

04052801无线电射频电路理论★‖RF/Microwave CircuitTheory★

2 32 2 004




04055401BDS/GPS 原理及应用 ‖ Principles andApplications of BDS/GPS

2 32 2 004



04042101 电子对抗‖Electronic Countermeasure 2 32 2 004

04050701宽带数字接收技术‖Wideband Digital ReceivingTechnology

2 32 2 004

04041902雷达技术及应用 ‖ Radar Technology andApplications

3 48 3 004

04052701无线电射频系统综合实验 ‖ RF SystemComprehensive Experiments

1 40 1 004

04042203信息保密与安全技术‖ Confidentiality andSecurity of Information Technology

2 32 2 004

04044302信息对抗导论‖ Introduction to InformationCountermeasure

1.5 24 1.5 004

04040601信息对抗技术综合实验＊ ‖ InformationCountermeasure Technology ComprehensiveExperiment＊

1 40 1 004

04039502信息对抗课程设计 ‖ InformationCountermeasures Technology Project

1 40 1 004




04038403 传感器信号处理★‖Sensor Signal Processing★ 1.5 24 1.5 004


2 24 8 2 004


193

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



04051901软件无线电基础‖ Introduction to SoftwareRadio

2 32 2 004

04055501射频电路 ADS 仿真与设计‖ADS Simulation andDesign for RF Circuit

2 17 22 2 004

04028002天线与电波传播 ★ ‖ Antennas and WavePropagation★

2 32 2 004

04028303 通信原理‖Principles of Communications 2 32 2 004


1 16 1 004

04055201 无线电测量技术‖Radio Detection Technology 2 32 2 004

04030204无线电近程探测系统‖ Short-Range RadioDetection System

2 32 2 004



1 16 1 004

04038303制导与控制技术 ‖ Guidance and ControlTechnology

2 32 2 004

必修课程汇总‖‖Compulsory Courses Total 156 1734 1730 24.5 22.5 24.5 21.5 20 13 13 17


25.5 375 40 1 2 13.5 9




南京理工大学计算机科学与工程学院 2014本科专业介绍及教学计划进程表

194

计算机科学与工程学院计算机科学与工程学院起源于 1953 年创办的哈尔滨军事工程学院模拟计算机研究组，先后经历了炮兵

工程学院计算机教研室（1960 年）、华东工程学院计算机科学与工程系（1979 年）等发展阶段，2005 年 12

月计算机科学与技术学院成立，2012 年 5 月改为现名。

学院下设计算机科学与技术系、软件工程系、智能科学与技术系、数字媒体理论与工程系、计算机网

络与通信技术系、计算机科学与工程实验中心、计算机应用技术研究所、信息处理及安全技术研究所、智

能机器人研究所，并拥有“高维信息智能感知与系统”教育部重点实验室、江苏省社会公共安全重点实验

室。

学院现有教职工 120 余人，其中博士生导师 23 人，教授 21 人，副教授 48 人，专任教师 100 人，博士

化率达 70%。

学院拥有国家重点学科“模式识别与智能系统”、江苏省重点学科“计算机科学与技术”和“软件工程”，

拥有“计算机科学与技术”、“软件工程”一级学科博士点和“模式识别与智能系统”二级学科博士点及相

应的博士后流动站，拥有“计算机科学与技术”、“模式识别与智能系统”、“软件工程”、“生物医学工程（跨

学科）4 个硕士点，并获“985”优势学科创新平台建设工程立项支持。学院拥有 4个本科专业：计算机科

学与技术、软件工程、网络工程和智能科学与技术，在校生规模 1200 余人。

学院围绕国家重大发展需求，重视基础研究，积极承担国防、行业高层次科研任务，形成了军民结合

的科研特色，在模式识别理论与应用、智能机器人与系统、计算机图像与图形处理、计算机仿真和虚拟现

实、人工智能、信息安全、遥感技术、智能检测等领域取得了显著的研究成果。近年来，学院承担国家、

省部级项目 80 余项，合同总经费逾亿元。申请发明专利百余项，授权发明专利、软件著作权 80 余项。获

国家级、省部级科技进步奖 20 余项，其中 2009 年获得的国家自然科学二等奖实现了学校在该奖项上零的

突破。

学院在承担行业、国防等多层次基础研究项目的同时，积极参与地方经济建设，科研成果已成功转化

并应用于金融、移动通信、智能交通等领域，推出印鉴真伪自动识别系统、银行票据自动处理系统，成功

研制我国第一台具有自主知识产权的公路路面状况检测车等，科研成果产生了较高的社会效益和经济效益。

学院学术氛围浓厚，教风学风严谨活泼注重理论联系实际，人才培养质量得到社会高度认可，本科生

升学率和出国率超过 40%，学生年度就业率达 99%以上。

学院国际交流广泛，已与宾夕法尼亚大学、伊利诺伊大学、美国南加州大学、密西根州立大学、澳大

利亚国立大学、澳大利亚皇家墨尔本理工大学、法国矿业联盟大学等 10 多个国家 30 多个大学、研究机构

建立了密切合作关系，其中 2010 年学院与卡耐基梅隆大学机器人研究所开展的“机器人技术”硕士研究生

联合培养项目获教育部正式批准，成为该研究所在亚太地区唯一合作伙伴。


195

School of Computer Science and Engineering

The School of Computer Science and Engineering originated from the Computer Analog Research Group

established in 1953 of Harbin Institute of Military Engineering. It evolved into the Computer Teaching and

Research Section of Artillery Engineering Institute in 1960, the Computer Science and Engineering Department of

East China Institute of Technology in 1979, and the School of Computer Science and Technology in December

2005, which was renamed into the current name in May 2012.

The School consists of 9 teaching and research divisions, namely the Department of Computer Science and

Technology, the Department of Software Engineering, the Department of Intelligent Science and Technology,

the Department of Digital Media Theory and Engineering, the Department of Computer Network and

Communication Technology, the Computer Science and Engineering Experimental Center, the Computer

Application Institute, the Information Processing and Security Technology Institute, and the Intelligent Robotics

Institute. We also own the Ministry-of-Education Key Laboratory of Intelligent Perception and Systems for

High-Dimensional Information, and a Provincial Key Laboratory of Social Public Safety.

The School has 120 faculty and staff at present, including 23 doctoral advisors, 21 professors, and 48

associate professors. Of the 100 faculty members, 70% own Ph.D. degrees.

The School owns a national key discipline in Pattern Recognition and Intelligent Systems, two provincial key

disciplines in Computer Science and Technology and Software Engineering. It owns primary discipline doctoral

programs in Computer Science and Technology and Software Engineering, and a secondary discipline doctoral

program in Pattern Recognition and Intelligent Systems and the corresponding post-doctoral work stations. It

also provides master programs in Computer Science and Technology, Pattern Recognition and Intelligent Systems,

Software Engineering, and Biomedical Engineering. The school's programs are supported by the "985" Project

Innovation Platform. The School provides 4 undergraduate programs, namely Computer Science and Technology,

Software Engineering, Network Engineering and Intelligence Science and Technology, with 1,200 students

enrolled.

The School serves the critical state development demands, emphasizes on fundamental research, and is

featured with a combination of military and civilian research. The faculty have accomplished remarkable

research achievements in many fields, including Pattern Recognition Theory and Application, Intelligent Robots

and Systems, Computer Graphics and Image Processing, Computer Simulation and Virtual Reality, Artificial

Intelligence, Information Security, Remote Sensing, Intelligent Detection, etc. In the recent years, the school was

funded by national, provincial and ministry programs for more than 80 grants with total amount exceeding 100

million. There are filed over 100 patent applications, and received 80 patent authorizations. It has been awarded

more than 20 national and provincial progress prizes in Science and Technology, among which the second prize

of National Natural Science Prize in 2009 is record-breaking in our university on this award.

In recent years, the School's research achievements have been successfully transformed and applied in

finance, mobile communications, intelligent transportation and other fields, such as the automatic identification

system for the authenticity of the seal, the automatic bank check processing system, and the first proprietary

vehicle for road surface condition detection in China.

The School embraces strong academic atmosphere, showing rigorous teaching and learning styles, with


196

focus on connection between theory and practice. The quality of our graduates has been widely recognized. In

recent years, 40% undergraduate students continue for graduate study or go abroad, and the annual

employment rate upon graduation exceeds 99%.

The School has established close connections and collaborations with more than 30 universities and

research institutes from over 10 countries, including the University of Pennsylvania, the University of Illinois, the

University of Southern California, Michigan State University, Australian National University, Australia Royal

Melbourne Institute of Technology, the University of the French Union of Mining. The school has developed a

joint Graduate Program in Robotics Technology with the Robotics Institute (RI) at Carnegie Mellon University

(CMU), approved by the Chinese Ministry of Education in 2010, as the unique program with CMU-RI in Asian and

Pacific Regions.


197

计算机科学与技术一、专业介绍

计算机科学与技术专业源于 1953 年创办的哈尔滨军事工程学院模拟计算机研究组，目前是江苏省品牌

专业（2011 年）和江苏省重点专业（2012 年），具有一级学科博士学位授予权。本专业以计算机科学与技

术学科为基础、以工业和国防建设为导向，面向国家重点发展方向和工业需求，依托省级“计算机科学与

技术实验示范中心”、省级校企合作实践中心“IT 人才实训中心”、“高维信息智能感知与系统教育部重点

实验室”等教学研究实验平台和优秀的国家和省部级教学团队，注重培养基础扎实、知识面宽、能力强、

素质高、具有创新精神，能够在各行业从事计算机技术及应用的专业技术人才。本专业融计算机系统结构、

计算机软件与理论、计算机应用技术、智能计算与系统等方向于一体，以“高效能计算”、“嵌入式系统

及应用”和“智能信息系统”为特色，培养了大批计算机科学与技术领域中的复合型人才，能采用先进的

计算机应用和智能技术，进行计算机硬件、软件和应用产品及系统的规划、设计、开发、管理和研究。毕

业生可在政府部门、科研院所、高等院校、企业、高新技术公司从事硬件设计与开发、系统分析与设计、

网络与通信工程、图形与图像处理、智能机器人与智能系统研发、信息管理与技术咨询等工作。

二、培养目标

本专业以适应我国国民经济、国防工业发展需求为导向，培养德、智、体等方面全面发展，掌握数学与

自然科学基础知识以及计算机、网络与信息系统相关的基本理论、基本知识、基本技能和基本方法，具有较

强的专业能力和良好的综合素质，能胜任计算机科学研究、计算机系统设计、开发与应用等工作的复合型高

级专门人才。

三、培养要求

本专业学生主要接受与计算机硬件、软件知识相关的基础训练，掌握计算机系统的基本理论和不同领域

计算机应用系统的设计、开发技能。为使本专业学生达到培养目标，要求毕业生应具备以下能力：

1.具有人文社会科学素养、社会责任感、爱国敬业和艰苦奋斗精神、自信心和工程职业道德；

2.具有从事计算机应用工程工作所需的相关数学、自然科学以及经济和管理知识；

3.系统地掌握计算机系统结构、计算机软件与理论、计算机应用、信息安全等方面的基本理论和技术；

具有系统的工程实践学习经历；了解计算机科学的发展趋势和前沿技术；

4.能够熟练使用计算机应用工程中的常用仪器与软件，具备设计与实施计算机技术及应用类实验的能

力，并能够对实验结果进行分析；具备从事计算机应用系统研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握计算机科学与技术领域基本的创新方法，能够综合运用所学理论和

技术手段进行计算机系统的设计、开发和分析，设计过程中能够综合考虑经济、环境、法律、安全、健康、

伦理等制约因素；


7.了解与计算机科学与技术专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展

等方面的方针、政策和法津、法规，能了解社会对计算机技术的需求；

8.具有一定的组织管理能力、表达能力和人际交往能力、团队合作能力以及应对危机与突发事件的初步

能力；

9.树立终身学习的意识，在学习方法和基础知识方面具备终身学习的能力；具有不断探索、与时俱进、

适应当前社会发展的能力；


198

10.具有国际视野和国际交流能力，能进行有效的工程技术沟通、合作与竞争。






主干学科：计算机科学与技术

交叉学科：模式识别与智能系统、软件工程


离散数学、数据结构、计算机组成原理、数据库基础、计算机网络、操作系统、编译原理、计算机逻辑

基础、嵌入式系统原理、程序设计基础（Ⅰ、Ⅱ）、面向对象编程技术。


军事训练、C++课程设计、硬件课程设计（Ⅰ、Ⅱ）、软件课程设计（Ⅰ、Ⅱ、Ⅲ）、毕业实习、毕业设

计。





199

Computer Science and Technology

Ⅰ. Introduction

The major of Computer Science and Technology (CST) originated from Research Group of Analog Computer

at Harbin Institute of Military Engineering in 1953. It is now recognized as both the brand specialty and key

specialty in Jiangsu province and offers bachelor, master and doctoral programs. There are plenty of teaching

experimental facilities, such as the provincial Computer science and technology experimental demonstration

center, University-enterprise cooperation IT practice center, the Ministry of Education Key Laboratory of

Intelligent Perception and systems for High-dimensional Information, and so on. Directed by the national

development and the requirements of industry and defense, this major aims to prepare students with solid

technical fundamentals, wide knowledge, innovative ability and high quality.

The major covers computer architecture, software theory, computer application, intelligent computing and

system. Featured by high performance computing, embedded system and intelligent information system, it

cultivates a large number of interdisciplinary talents in the field of computer science and technology. Graduates

are able to plan, design, develop, manage and research in computer hardware, applications and systems.

Graduates are competitive in a variety of positions, such as hardware and software design and development,

system design and analysis, IT management and technical consulting, etc.

Ⅱ. Objectives

The major is oriented by the development demands of state economy and defense industry. Students are

required to master the fundamentals in mathematics and natural sciences, and to acquire theories and

techniques of computers, networks and information systems. Graduates are capable of engaging in computer

science research, system design, development and application, and etc.

Ⅲ. Requirements

Students will study the basic theories and principles in designing, developing, applying and integrating

computer and information systems.



2. Equip with basic knowledge of mathematics, natural science, economics and management for electronic

information engineering;

3. Grasp the fundamental knowledge of computer architecture, software and theory, applications,

information security and so on, and understand the cutting edge and development trend of computer science

and technology;

4. Have study experience in engineering, and ability to design and implement experiments of computer

technology and application, and be able to analyze the results; engage in computer application research,

development and maintenance;

5. Have the awareness of innovation and sustainable development; integrate and apply the theoretical

techniques for the design, development and analysis of computer systems with referring to economy,

environment, law, safety, health, ethics and other constraints;

6. Master the basic methods of information retrieval and query;


200


profession and industry of computer science and technology;

8. Maintain capabilities of organization and management, social skills, and team working;


10. Have global vision, and ability of cross-cultural communication, cooperation and competition.






leading discipline: Computer Science and Technology

interdisciplinary subjects: Pattern Recognition and Intelligent System, Software Engineering

Ⅵ. Core courses

Discrete Mathematics, Data Structure, Principles of Computer Organization, Database, Computer Networks,

Operating System, Compiler Principle, Computer Logics, Embedded System, Fundamentals of Computer

Programming (I, II), Object-oriented Programming

Ⅶ. Collective practical teaching sessions

Military Training, C++ Course Project, Software Design Project (I, II, III), Hardware Design Project (I, II),

Graduation Practice, Graduation Project, etc.






201

计算机科学与技术专业教学计划进程表Table of Teaching Plan for Major of Computer Science and Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019






1.5 24 1.5 013


1.5 24 1.5 013

10033801 电路‖Circuits 3 40 8 3 004


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






06031601 C++课程设计＊‖C++ Course Design＊ 2 80 2 006

06021904 编译原理‖Compiler Principles 2.5 40 2.5 006

06022005 操作系统‖Operating Systems 2 32 2 006

06131501程序设计基础（Ⅰ）‖Fundamentals ofProgramming Design (Ⅰ)

4 48 16 4 006


202

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


06231501程序设计基础（Ⅱ）‖Fundamentals ofProgramming Design (Ⅱ)

2 24 8 2 006

06030702计算机逻辑基础‖Fundamentals of ComputerLogic

3.5 48 8 3.5 006

06020102 计算机网络‖Computer Networks 3 40 8 3 006

06020802计算机组成原理‖Principles of ComputerOrganization

4.5 64 8 4.5 006

06022105 离散数学‖Discrete Mathematics 4.5 72 4.5 006

06031401面向对象编程技术‖Object-OrientedProgramming

2 24 8 2 006

06027002 嵌入式系统‖Embedded Systems 2.5 32 8 2.5 006

06125403软件课程设计（Ⅰ）＊‖Software CourseDesign(Ⅰ)＊

1 40 1 006

06225403软件课程设计（Ⅱ）‖Software CourseDesign(Ⅱ)

1 40 1 006

06325403软件课程设计（Ⅲ）‖Software CourseDesign(Ⅲ)

1 40 1 006

06022404 数据结构‖Data Structures 3 40 8 3 006

06022507 数据库基础‖Database Fundamentals 3 40 8 3 006

06023102算法设计与分析‖Design and Analysis ofAlgorithms

2 26 6 2 006

06125303硬件课程设计（Ⅰ）＊‖Hardware CourseDesign(Ⅰ)＊

1.5 60 1.5 006

06225303硬件课程设计（Ⅱ）‖Hardware CourseDesign(Ⅱ)

1.5 60 1.5 006



06025203 计算机系统结构‖Computer Architecture 3 40 8 3 006

06022201软件工程与方法学‖Software Engineering andMethodology

2.5 32 8 2.5 006

06031101智能计算技术‖Intelligent ComputingTechnology

3 40 8 3 006


Ⅰ

14 560 14 006


06031201高级数据库技术‖Advanced DatabaseTechnology

2 32 2 006

06031301高效能计算引论‖Introduction to HighPerformance Computing

2 32 2 006

06029202人机交互技术★‖Human ComputerInteraction★

3 48 3 006


Ⅱ（卓工）

14 560 14 006


06132901高级数据库基础‖ Advanced DatabaseFundamentals

2 22 10 2 006

06232901高级数据库应用‖ Advanced DatabaseApplication

2 80 2 006

06032801 云计算‖Cloud Computing 2 28 4 2 006

06033001UNIX 操作系统基础‖Fundamentals ofUNIX Operating System

2 20 12 2 006

06033201移动互联网业务平台及应用‖MobileInternet Business Platform andApplications

2 24 8 2 006

06033101职业素质和技能相关理论和技术‖

Theories and Techniques on ProfessionalQualities and Skills

2 32 2 006

06032701移动应用开发技术‖Mobile ApplicationDevelopment Technology

2 80 2 006

23020503 电子信息工程综合实习‖ 2 2 022


203

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



06032701WEB服务技术与应用开发‖Web ServiceTechnology and Application Development

2 80 2 006



06027801J2EE 实用基础‖Fundamentals of J2EEApplications

2 24 8 2 006

06023502TCP&IP 原理与技术‖TCP/IP Principles andTechniques

2 32 2 006

06029903WEB技术与应用‖Web Techniques andApplications

2 24 8 2 006

06026901操作系统核心技术‖Kernels of OperatingSystem

2 32 2 006

06022801 计算机仿真‖Computer Simulation 2 26 6 2 006

06020405 媒体计算技术‖Media Computing Technology 2 32 2 006

06027301 软件测试技术‖Software Testing Techniques 2 24 8 2 006

06023201 数字图像处理‖Digital Image Processing 2 26 6 2 006

06028301 网络编程技术‖Network Programming 2 24 8 2 006

06021403微机系统与接口技术‖Micro-ComputerSystems and Interface Technology

3.5 48 8 3.5 006

06030101信息安全技术及应用‖Techniques andApplications in Information Security

2 32 2 006


Group I：Compulsory Courses Total150 1700 1476 27.5 24 26.5 17.5 12.5 13.5 14.5 14


Group II：Compulsory Courses Total161 1714 1828 27.5 24 26.5 17.5 13.5 19.5 16.5 16


23.5 572 116 4 6 7.5 4 2





204

网络工程一、专业介绍

本专业源于1953年创办的哈尔滨军事工程学院模拟计算机研究组，1991年设立计算机网络与通信专业，

1998 年组建通信工程专业，于 2003 年获得教育部批准设置网络工程专业。本专业依托国家重点学科“模式

识别与智能系统”、江苏省重点学科“计算机应用技术”、一级学科博士点“计算机科学与技术”和“软件工

程”，以“宽专业、厚基础、重能力、高素质”为培养原则，不断完善专业教学体系，形成了以计算机技术

为基础，融合网络通信、信息安全与网络应用等技术，以“网络新技术”、“网络公共信息安全”为方向的专

业特色，培养了大批能够采用网络通信与网络信息安全相关技术，进行网络与信息安全系统以及计算机网络

系统的研究、规划、设计、开发和管理的高级复合型技术人才。毕业生可在国家机关、科研院所、高新技术

企业等从事网络设备、网络协议、网络信息安全、网络工程规划以及网络应用系统等方面的研发、设计、教

学、应用、管理等工作。

二、培养目标

本专业以适应我国国民经济、国防工业和信息安全发展需求为导向，培养德、智、体等方面全面发展、

具有良好的科学和人文素养、系统掌握自然科学和人文社科基础知识以及计算机科学、计算机软硬件系统及

应用、网络通信与信息安全及应用相关的理论、知识、技能和方法，具有创新意识以及分析与解决问题的能

力，具有一定的工程管理能力，能够利用计算机技术、网络通信等技术，在国家机关、科研院所、高新技术

等企业从事计算机系统、网络设备、网络协议、网络信息安全、网络工程规划、网络应用系统等方面的科研、

开发、设计、教学、工程应用等工作的高级复合型技术人才。

三、培养要求

本专业学生主要学习计算机科学、通信工程相关的基本理论和基本知识，接受网络工程的基本训练，具

有网络开发实践的基本能力和初步经验、具有较强的专业能力和基本的工程素养，具有初步的创新和创业意

识、竞争意识和团队精神，具有良好的外语运用能力。

本专业要求毕业生应具备以下十项能力：

1.具有人文社会科学素养、社会责任感、自信心和工程职业道德；

2.具有从事计算机与网络应用工程工作所需的相关数学、自然科学以及经济和管理知识；

3.系统地掌握工科公共基础知识、计算机基础理论、计算机网络与通信、信息安全等的基本理论，工程

技术的思想、方法和技术路线；具有系统的工程实践学习经历；了解计算机科学的发展趋势和前沿技术；

4.能够熟练使用计算机与网络应用工程中的常用软硬件，具备设计与实施计算机类实验的能力，并能够

对实验结果进行分析；具备从事计算机应用系统研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握计算机科学与技术、网络新技术等领域基本的创新方法，能够综合

运用所学理论和技术手段进行计算机与网络系统的设计、开发和分析，设计过程中能够综合考虑经济、环境、

法律、安全、健康、伦理等制约因素；


7.了解与网络工程专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面的

方针、政策和法津、法规，能了解社会对计算机与网络技术的需求；

8.具有一定的组织管理能力、表达能力和人际交往能力、团队合作能力以及应对危机与突发事件的初步

能力；


205

9.培养终身学习的意识和能力；能够不断探索、与时俱进、适应当前社会发展；

10具有国际视野和国际交流能力，能进行有效的工程技术沟通、合作与竞争。






主干学科：计算机科学与技术、通信工程

交叉学科：软件工程


离散数学、操作系统、数据结构、程序设计基础（I、II）、计算机网络、TCP/IP 原理与技术、信息安全

基础及应用、数据通信原理、计算机网络组网原理、网络编程技术。


军事训练、C++课程设计、硬件课程设计、软件课程设计、计算机网络综合实验、毕业实习、毕业设计。





206

Network EngineeringⅠ. Introduction

Network Engineering originated from the Research Group of Analog Computer at Harbin Institute of Military

Engineering in 1953. It evolved into the Computer Network and Communication program in 1991 and the

Communication Engineering program in 1998, and was formally established in 2003 with approval from the

Ministry of Education. The major is based on the national key discipline Pattern Recognition and Intelligent

Systems, the provincial key discipline Computer Application Technology, and the two primary discipline doctoral

sites in Computer Science and Technology and Software Engineering.

With the objectives of "broad subject, solid knowledge, strong capability, and high quality", the major

curriculum is designed with the basis in Computer Science and Technology, and a combination of Network

Communication, Information Security and Network Application. The major is featured in the two areas of Future

Network Techniques and Network and Public Information Security. Talents of advanced engineering and

technology are able to apply their knowledge and skills in network communication and network information

security on planning, design, development, management and research of network and information security

products and applications. Graduates are qualified to engage in research, design, education, application,

management of network devices, network protocols, network security, network engineering planning, and

network application system in governments, research institutes, enterprises, and high-tech industrial companies.

Ⅱ. Objectives

Oriented by the development demands of state economy and defense industry, the major aims at

cultivating students to be capable of analyzing and resolving problems in these areas of computer science,

computer software and hardware system, computer applications, network communication and information

security. Graduates are qualified for computer science and network communication related jobs in governments,

research institutes, enterprises, high-tech companies, and for tasks of research, design, development, education,

industrial application in related areas including computer system, network devices, network protocols, network

information security, network engineering planning, and network application system.

Ⅲ. Requirements

Students are required to obtain basic knowledge of natural sciences, humanities and social sciences,

fundamental theories of computer science and software engineering, and fundamental capabilities and

preliminary experience in network development. Basic practice in communication engineering is also necessary.

Professional competence and engineering qualification are of great importance as well.



2. Equip with basic knowledge of mathematics, natural science, economics and management for computer and

network application engineering;3. Grasp the fundamental knowledge of engineering, computer science and technology, network

communication and information security, engineering thoughts, methods and typical approaches, good and

systematic experience in engineering practice; be familiar with computer science development trend and frontier;

4. Possess the capability of using varieties of software/hardware in computer and network application


207

engineering, designing and implementing computer-related experiments, analysis skills of experiment results,

computer application system design, development and maintenance;


techniques for system design, development and analysis in computer science and network technology with referring

to economy, environment, law, safety, health, ethics and other constraints;



profession and industry of network engineering;

8. Maintain capabilities of organization and management, social skills, and teamworking;







Ⅴ. The leading discipline and interdisciplinary subjectsleading discipline: Computer Science and Technology, Communication Engineering

interdisciplinary subjects: Software Engineering

Ⅵ. Core coursesDiscrete Mathematics, Operating Systems, Data Structures, Fundamentals of Computer Programming (I, II),

Computer Networks, TCP/IP Principles and Techniques, Fundamentals and Applications in Information Security,

Principles of Data Communication, Computer Network Organization Theory, Network Programming.

Ⅶ. Collective practical teaching sessionsMilitary Training, C++ Course Project, Software Design Project (I, II, III), Hardware Design Project (I, II),







208

网络工程专业教学计划进程表Table of Teaching Plan for Major of Network Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019






1.5 24 1.5 013


1.5 24 1.5 013

10033801 电路‖Circuits 3 40 8 3 004


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








209

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




06131501程序设计基础（ Ⅰ ） ‖ Fundamentals ofProgramming Design (Ⅰ)

4 48 16 4 006

06231501程序设计基础（ Ⅱ ） ‖ Fundamentals ofProgramming Design (Ⅱ)

2 24 8 2 006


3.5 48 8 3.5 006


06020802计算机组成原理 ‖ Principles of ComputerOrganization

4.5 64 8 4.5 006


06031401面向对象编程技术 ‖ Object-OrientedProgramming

2 24 8 2 006

06125403软件课程设计（Ⅰ）＊‖ Software CourseDesign(Ⅰ)＊

1 40 1 006

06225403软件课程设计（ Ⅱ ） ‖ Software CourseDesign(Ⅱ)

1 40 1 006

06325403软件课程设计（ Ⅲ ） ‖ Software CourseDesign(Ⅲ)

1 40 1 006



06024303数据通信原理 ‖ Principles of DataCommunication

2 32 2 006

06023102算法设计与分析 ‖ Design and Analysis ofAlgorithms

2 26 6 2 006


1.5 60 1.5 006

06225303硬件课程设计（ Ⅱ ） ‖ Hardware CourseDesign(Ⅱ)

1.5 60 1.5 006



06023502TCP&IP 原理与技术 ‖ TCP/IP Principles andTechniques

2 32 2 006

06026101计算机网络综合实验‖ Computer NetworkComprehensive Experiments

2 80 2 006

06025702计算机网络组网原理‖ Computer NetworkOrganization Theory

2.5 24 16 2.5 006


I

14 560 14 006



06022201软件工程与方法学 ‖ SoftwareEngineering and Methodology

2.5 32 8 2.5 006


06030103信息安全基础及应用‖Fundamentals andApplications in Information Security

3.5 48 8 3.5 006


Ⅱ（卓工）

14 560 14 006


06022201软件工程与方法学 ‖ SoftwareEngineering and Methodology

2.5 32 8 2.5 006


06030103信息安全基础及应用‖Fundamentals andApplications in Information Security

3.5 48 8 3.5 006

06033302Java 核心技术与应用开发‖ Java CoreTechnologies and Application Development

2.5 100 2.5 006


210

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 24 8 2 006


2 80 2 006




2 32 2 006



06027801J2EE 实用基础 ‖ Fundamentals of J2EEApplications

2 24 8 2 006

06029903WEB 技术与应用 ‖ Web Techniques andApplications

2 24 8 2 006

06032501恶意代码分析与检测‖Malware Analysis andDetection

2 24 8 2 006

06028401计算机网络管理 ‖ Computer NetworkManagement

2 28 4 2 006

06025203 计算机系统结构‖Computer Architecture 3 40 8 3 006

06032601数据恢复与计算机取证‖Data Recovery andComputer forensics

2 24 8 2 006

06029802 通信系统‖Communication Systems 2 24 8 2 006

06032401 网络仿真技术‖Network Simulation 2 24 8 2 006

06030501网络攻防原理与应用 ‖ Network DefensePrinciples and Applications

2 24 8 2 006

06029903WEB 技术与应用 ‖ Web Techniques andApplications

2 24 8 2 006

06021403微机系统与接口技术 ‖ Micro-ComputerSystems and Interface Technology

3.5 48 8 3.5 006

06029002无线网络与移动通信‖Wireless Network andMobile Communication

2 32 2 006

06028501 现代交换原理‖Modern Switching Theory 2 32 2 006


Group I：Compulsory Courses Total153 1692 1580 27.5 24 26.5 17.5 18 12 13.5 14


Group II：Compulsory Courses Total161 1744 1784 27.5 24 26.5 17.5 22 11.5 16 16


26.5 596 140 4 2 12.5 8 0


2.课程名称标有“★”的课程为中文、全英文授课课程，标有“▼

”的课程为全英文授课课程，其余课程均为中文授课课程.

Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, Ⅵ, Ⅷ are for spring semester.2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese.


211

软件工程一、专业介绍

本专业源于 1953 年创办的哈尔滨军事工程学院模拟计算机研究组，目前具有一级学科博士学位授予权。

本专业以软件工程学科为基础、以工业和国防建设为导向，把握国家重点发展方向和工业需求，依托省级“计

算机科学与技术实验示范中心”、省级校企合作实践中心“IT 人才实训中心”、“高维信息智能感知与系统教

育部重点实验室”等教学研究实验平台和优秀的国家和省部级教学团队，注重培养基础扎实、知识面宽、能

力强、素质高、具有创新精神，能够在各行业从事软件研发及应用的专业技术人才。本专业融程序设计语言、

数据库、软件开发工具、系统平台、设计模式等方面于一体，以研究和应用如何以系统性的、规范化的、可

定量的过程化方法去开发和维护软件为特色，培养了大批软件工程领域中能采用先进的软件开发和过程管理

技术，把经过时间考验而证明正确的管理技术和当前能够得到的最好的技术方法结合起来的适应软件技术快

速发展的高级工程技术人才。毕业生可在各大软件公司、企事业单位、高等院校、各大科研院所、国防等重

要部门从事各种科研、开发、设计、教学、工程应用、组织管理和经营管理工作，进行高性能专用软件、信

息化建设、信息安全技术、大数据技术等高新技术产品与系统的设计、开发、试验与研究工作。

二、培养目标

本专业以适应我国国民经济、国防工业发展需求为导向，培养德、智、体等方面全面发展，掌握自然科

学和人文社科基础知识，掌握计算机科学理论基础、软件工程专业的基础知识及应用知识，具有软件开发能

力以及软件开发实践的初步经验和项目组织的基本能力，并在创新和创业意识、竞争和团队精神以及外语运

用能力等方面有良好的素养，具有较强的专业能力和良好的综合素质，能从事软件工程技术研究、设计、开

发、管理、服务等工作，能适应软件技术进步和社会需求变化的软件工程领域的高级复合型人才。

三、培养要求

本专业学生主要学习计算机科学、软件工程相关的基本理论和基本知识，接受软件工程的基本训练，

具有软件开发实践的基本能力和初步经验、软件项目组织的基本能力以及基本的工程素养，具有初步的创

新和创业意识、竞争意识和团队精神，具有良好的外语运用能力。

毕业生应具备以下 10 方面的能力：

1.掌握基本的人文和社会科学知识，具有良好的人文社会科学素养、社会责任感、自信心和工程职业

道德；

2.掌握从事软件工程工作所需的数学和其他相关的自然科学、系统科学知识以及经济和管理知识；

3.掌握计算学科理论基础，能够全面通晓计算机软件和软件工程的基础知识；具有系统的工程实践学

习经历；了解软件工程的发展趋势和前沿技术；

4.能够熟练使用软件工程中的各类常用方法、技术与工具，具备运用工程方法解决复杂性软件问题的

能力，并能够对实验结果进行分析；具备从事软件系统研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握软件工程领域基本的创新方法，能够综合运用所学理论和技术手

段进行软件的设计、开发和分析，设计过程中能够综合考虑经济、环境、法律、安全、健康、伦理等制约

因素；


7.了解与软件工程专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面

的方针、政策和法津、法规，能了解社会对软件工程技术的需求；


212

8.具有一定的组织管理能力、表达能力和人际交往能力、团队合作能力以及应对危机与突发事件的初

步能力；

9.具备自我终身学习的能力，在学习方法和基础知识方面具备终身学习的能力；具有不断探索、与时

俱进、适应当前社会发展的能力；

10.具有初步的外语应用能力，能阅读本专业的外文材料，具有一定的国际视野和跨文化交流、竞争和

合作能力。






主干学科：软件工程

交叉学科：计算机科学与技术、模式识别与智能系统


离散数学、数据结构、算法设计与分析、数据库基础、操作系统、编译原理、面向对象编程技术、软

件建模技术、软件测试技术、软件设计模式、软件体系结构。


军事训练、C++课程设计、软件课程设计（Ⅰ、Ⅱ、Ⅲ）、硬件课程设计（Ⅰ、Ⅱ）、毕业实习、毕业设

计。



若干，方可达到 170.5 学分的毕业学分要求。


213

Software EngineeringⅠ. Introduction

Software Engineering (SE) major originated from Research Group of Analog Computer at Harbin Institute of

Military Engineering in 1953. At present it has the right to grant the primary discipline doctoral degree. This

major is based on software engineering discipline, with the orientation of industry and national defense

construction, relying on the Computer Science and Technology Experiment Demonstration Center at the

provincial level, provincial university-enterprise cooperation practice center IT Talents Training Center, the

Ministry of Education Key Laboratory of Intelligent Perception and systems for High-dimensional Information and

other teaching experiment platforms and excellent national and provincial teaching teams. It attaches significant

importance to cultivate the students with firm and wide knowledge, high qualification, innovative spirit and so

forth.

Students are well qualified to engage in the industry of software development and application. Involving in

programming language, database, software development tools, system platforms, and design patterns, the

major is featured to research systematic application, regulation and quantified procedural method to develop

and maintain software. It has cultivated a large quantity of students equipped with advanced software

development and process management technologies. Graduates will work in software companies, enterprises

and institutions, universities, research institutes, and administrative agencies to do research, developing,

designing, education, and management work.

Ⅱ. Objectives

The major is oriented by the development demands of state economy and defense industry. Students are

required to master the fundamentals in mathematics and natural sciences, and to acquire theories and

techniques of software development and program management. Graduates are capable of engaging in software

engineering technology research, software design, development and testing, program management, and service,

etc.

Ⅲ. Requirements

Students will study the basic theories and principles in designing, developing, applying computer software.



2. Equip with basic knowledge of mathematics, natural science, economics and management for software

engineering;

3. Grasp the fundamental knowledge of computer software and software engineering, engage in systematic

engineering practice, have a clear understanding of the development trend of software engineering and

cutting-edge technology;

4. Gain the ability to use varieties of usual methods, techniques, and tools in software engineering, solve

problems of complexity in software engineering methods, analyze the experimental results, conduct systematic

software research, development and maintenance work;


techniques for the design, development and analysis of computer software with referring to economy, environment,


214

law, safety, health, ethics and other constraints;



profession and industry of computer software engineering;

8. Maintain capabilities of organization and management, social skills, and teamworking;







Ⅴ. The leading discipline and interdisciplinary subjectsleading discipline: Software Engineering

interdisciplinary subjects: Computer Science and Technology, Intelligent Science and Technology, Network

Engineering

Ⅵ. Core coursesDiscrete Mathematics, Data Structure, Algorithm Design and Analysis, Database Foundation, Operating System,

Compiler Principle, Object-oriented Programming Technology, Software Modeling Technology, Software Testing

Technology, Software Design Patterns, Software Architecture.

Ⅶ. Collective practical teaching sessionsMilitary Training, C++ Course Project, Software Design Project (I, II, III), Hardware Design Project (I, II),



To achieve a minimum requirement of 170.5 credits for graduation, students are required to complete all

the compulsory courses, the optional courses of general education (no less than 8 credits) and some other



215

软件工程专业教学计划进程表Table of Teaching Plan for Major of Software Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019






1.5 24 1.5 013


1.5 24 1.5 013

10033801 电路‖Circuits 3 40 8 3 004


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013










4 48 16 4 006


216

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 24 8 2 006


3.5 48 8 3.5 006



4.5 64 8 4.5 006



2 24 8 2 006


06125403软件课程设计（Ⅰ）＊‖ Software CourseDesign(Ⅰ)＊

1 40 1 006

06225403软件课程设计（ Ⅱ ） ‖ Software CourseDesign(Ⅱ)

1 40 1 006

06325403软件课程设计（ Ⅲ ） ‖ Software CourseDesign(Ⅲ)

1 40 1 006




2 26 6 2 006


1.5 60 1.5 006

06225303硬件课程设计（ Ⅱ ） ‖ Hardware CourseDesign(Ⅱ)

1.5 60 1.5 006



06027801J2EE 实用基础 ‖ Fundamentals of J2EEApplications

2 24 8 2 006

06020503 分布式系统★‖Distributed Systems★ 2 32 2 006

06027301 软件测试技术‖Software Testing Techniques 2 24 8 2 006


I

14 560 14 006


06027402软件过程与管理‖Software Process andManagement

2 24 8 2 006

06026603软件建模技术 ‖ Software ModelingTechniques

2 26 6 2 006

06030301 软件设计模式‖Software Design Patterns 2 24 8 2 006

06026701 软件体系结构‖Software Architecture 2 32 2 006

06027403软件项目管理 ‖ Software ProjectManagement

2 24 8 2 006


Ⅱ（卓工）

14 560 14 006


06026603软件建模技术 ‖ Software ModelingTechniques

2 26 6 2 006

06030301 软件设计模式‖Software Design Patterns 2 24 8 2 006

06027403软件项目管理 ‖ Software ProjectManagement

2 24 8 2 006

06129904WEB 服务技术与应用开发‖Web ServiceTechnology and Application Development

2 80 2 006

06133601软件开发平台与应用 ‖ SoftwareDevelopment Platform and Applications

2 80 2 006


2 24 8 2 006


2 80 2 006


217

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践





2 32 2 006



06031901 LINUX 程序设计‖Linux Programming 2 32 2 006

06023502TCP&IP 原理与技术 ‖ TCP/IP Principles andTechniques

2 32 2 006

06020405 媒体计算技术‖Media Computing Technology 2 32 2 006

06029202人机交互技术★‖Human Computer Interaction★

3 48 3 006

06032101 软件服务工程‖Software Service Engineering 2 32 2 006

06030001图形学和可视化计算‖Computer Graphics andVisualized Computing

2 24 8 2 006

06028801 网格计算技术‖Grid Computing Technology 2 32 2 006


06032201 无线网络系统‖Wireless Network System 2 32 2 006

06030101信息安全技术及应用 ‖ Techniques andApplications in Information Security

2 32 2 006

06032301 云数据管理‖Cloud Data Management 2 32 2 006


Group I：Compulsory Courses Total150.5 1686 1498 27.5 24 26.5 19.5 13.5 14.5 11 14


Group II：Compulsory Courses Total158.5 1734 1742 27.5 24 26.5 19.5 17.5 16.5 11 16


23 352 16 13 4 6

注：1.课程名称标有“＊”的课程为夏季学期开设的课程，I, III, V, VII 分别包含夏季、秋季两个学期，II, IV, Ⅵ, Ⅷ为春季学期；

2.课程名称标有“★”的课程为中文、全英文授课课程，标有“▼”的课程为全英文授课课程，其余课程均为中文授课课程.Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, Ⅵ, Ⅷ are for spring semester.



218

智能科学与技术一、专业介绍

智能科学与技术是计算机技术、自动化技术、现代传感技术、电子技术和机械工程等学科相互交叉和融

合的综合性学科。该专业于 2013 年经教育部批准而设立， 2014 年正式招生。本专业以南京理工大学的国家

重点学科“模式识别与智能系统”为依托，以“国际化精英人才培养模式”、“强化能力训练”为特色，以

结构合理、实力雄厚的师资队伍为基础，以校内先进的实验环境、校外“产学研”合作网络为支持，以深化

教学改革、优化课程体系为导向，旨在培养基础扎实、知识面宽、能力强、素质高、具有创新精神的高级复

合型人才，掌握计算机、人工智能、信息网络、信息处理等专业知识和综合技能，且能够在各行业从事智能

技术及应用。具备在相应领域从事智能技术与工程的科研、开发、管理工作的、具有宽口径知识和较强适应

能力及现代科学创新意识。

二、培养目标

本专业以适应我国两化融合和国防工业发展需求为导向，以计算机科学技术学科为基础，以加强智能科

学理论方法和应用技术为核心，以促进学生知识、能力、素质协调发展为目标，注重培养学生良好的科学研

究素养和技术应用能力。培养掌握信息科学、智能科学、现代科学方法学基本理论知识，具备计算机软硬件

技术、人工智能技术、智能信息处理技术等综合技能的高级复合型人才，国际化的智能工程师。本专业的学

生毕业后，将具有较强的国际交流和团队协作能力，毕业生可在国际一流的 IT企业、科研院所、高新技术

企业、政府机关和事业单位，从事各类智能信息处理、智能系统的科研、教学、设计、开发、技术管理等工

作。

三、培养要求

智能科学与技术系的专业课程涵盖数学、物理学、计算机、信息处理以及机器人等领域。从本专业毕业

生应掌握智能科学的基本理论以及相关领域的设计开发技能，应具备以下 10 项能力：


2.具有从事计算机应用工程工作所需的相关数学、自然科学以及经济和管理知识；

3.系统地掌握计算机软硬件、智能科学、智能机器人等方面的基本理论和技术；具有系统的工程实践学

习经历；了解智能科学的发展趋势和前沿技术；

4.能够熟练使用计算机应用工程中的常用仪器与软件，具备设计与实施计算机技术及应用类实验的能

力，并能够对实验结果进行分析；具备从事计算机应用系统研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握智能科学与技术领域基本的创新方法，能够综合运用所学理论和技

术手段进行智能系统的设计、开发和分析，设计过程中能够综合考虑经济、环境、法律、安全、健康、伦理

等制约因素；


7.了解与智能科学与技术专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等

方面的方针、政策和法津、法规，能了解社会对计算机技术的需求；

8.具有一定的组织管理能力、表达能力和人际交往能力以及团队合作能力；





219






主干学科：智能科学与技术、模式识别与智能系统

交叉学科：计算机科学与技术、信息与通信工程、电子科学与技术


离散数学、数据结构、算法设计与分析、计算机逻辑基础、计算机组成原理、操作系统、程序设计基础、

嵌入式系统、数字图像处理、人工智能与智能机器人、模式识别技术。


军事训练、C++课程设计、算法分析课程设计、智能机器人课程设计、毕业实习、毕业设计、智能信息

处理系统设计。





220

Intelligence Science and TechnologyⅠ. Introduction

Intelligence Science and Technology (IST) is an interdisciplinary discipline of computer technology,

automation, modem sensing, electronic technology and mechanical engineering. Approved by the Ministry of

Education in 2013, the major began to enroll undergraduates in 2014. Supported by the national key discipline,

Pattern Recognition and Intelligence System, the award-winning faculty and researchers have gained remarkable

achievements in artificial intelligence related fields, and our on- and off-campus laboratories provide a

state-of-the-art computing environment for students.

The major is dedicated to fostering interdisciplinary talents with fundamental theories of information

science, intelligence science, modern science methodology, and professional knowledge of computer, artificial

intelligence, information network, and information processing. Graduates are qualified for a variety of positions,

such as information processing, intelligence product design and development in the field of electronic

administration, electronic commerce, cultural education, health service and defense.

Ⅱ. Objectives

Oriented by the development demands of state economy and defense industry, the major aims to cultivate

students to apply intelligence science principles across a wide variety of fields. Graduates are expected to have

international communication skills, teamwork spirit and fundamental knowledge of information science,

intelligence science, modern science methodology. Graduates are qualified for jobs in world-class IT enterprises,

research institutes, domestic or high-tech enterprises, governments, etc.

Ⅲ. Requirements

Students are required to obtain basic knowledge of mathematics, physics, computer, information

processing and multidisciplinary knowledge of robotics, and fundamentals of intelligence science as well as

design and development skills across a wide variety of fields.


1. Have a good understanding in humanities and social sciences, social responsibility and professional

ethics;


computer-related applications;

3. Grasp the fundamental knowledge of computer software and hardware, intelligence science, intelligent

robot and so on; have engineering practice and learning experiences; be familiar with intelligence science

development trend and frontier;

4. Possess the capability of using varieties of common equipments and software in computer engineering

systems, the ability to design and implement experiments of computer technology and application, analysis skills

of experiment results, computer application system design, development and maintenance;


techniques for system design, development and analysis in computer science and network technology with

referring to economy, environment, law, safety, health, ethics and other constraints;


221



profession and industry of intelligence science;

8. Maintain capabilities of organization and management, social skills, and team working;








leading disciplines: Intelligent Science and Technology, Pattern Recognition and Intelligent Systems

interdisciplinary subjects：Computer Science and Technology, Information and Communication Engineering,

Electronic Science and Technology

Ⅵ Core courses

Discrete Mathematics, Data Structure, Design and Analysis of Algorithms, Computer Logics, Principles of

Computer Organization, Operating System, Fundamentals of Computer Programming (I, II), Embedded System,

Digital Image Processing, Artificial Intelligence and Intelligent Robots, Pattern Recognition

Ⅶ. Collective practical teaching sessions

Military Training, C++ Course Project, Software Design Project (I, II, III), Hardware Design Project (I, II),







222

智能科学与技术专业教学计划进程表Table of Teaching Plan for Major of Intelligent Science and Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019






1.5 24 1.5 013


1.5 24 1.5 013

10033801 电路‖Circuits 3 40 8 3 004


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013










4 48 16 4 006


223

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



2 24 8 2 006


3.5 48 8 3.5 006



4.5 64 8 4.5 006



2 24 8 2 006




06034001算法分析课程设计＊‖ Algorithms AnalysisCourse Design＊

2 80 2 006


2 26 6 2 006

06034101智能机器人课程设计＊‖ Intelligent RobotCourse Design＊

2 80 2 006

06034201智能信息处理系统设计‖Design of IntelligentInformation Processing System

2 80 2 006





06034601 模式识别技术‖Pattern Recognition Techniques 2 32 2 006

06034401人工智能与智能机器人‖Artificial Intelligenceand Intelligent Robots

3 48 3 006

06034701数据挖掘与机器学习导论‖ Introduction toData Mining and Machine Learning

2 32 2 006

06023202 数字图像处理★‖Digital Image Processing★ 3 32 16 3 006

06024202 数字信号处理‖Digital Signal Processing 2 26 6 2 006

06034501智能科学技术导论‖Introduction to IntelligenceScience and Technology

2 32 2 006

06034301自动控制技术与应用 ‖ Automatic ControlTechnology and Applications

2 32 2 006



06035101 Matlab 编程‖Matlab Programming 2 32 2 006

06035601 感知传感器★‖Sensing & Sensors★ 2 32 2 006

06035401 机器智能★‖Machine Intelligence★ 2 26 6 2 006

06035501 计算机视觉★‖Computer Vision★ 2 32 2 006

06035301 人机交互★‖Human Computer Interaction★ 2 24 8 2 006

06035001认知科学基础 ‖ Fundamentals of CognitiveScience

2 32 2 006

06034801数字音视频处理 ‖ Digital Audio and VideoProcessing

2 26 6 2 006

06030001图形学和可视化计算‖Computer Graphics andVisualized Computing

2 24 8 2 006


06021403微机系统与接口技术 ‖ Micro-ComputerSystems and Interface Technology

3.5 48 8 3.5 006

06034901 虚拟现实‖Virtual Reality 2 32 2 006

06035201自然语言处理导论‖ Introduction to NaturalLanguage Processing

2 32 2 006


224

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


必修课程汇总‖Compulsory Courses Total 150.5 1710 1474 27.5 24 26.5 21.5 11.5 14.5 11 14


25.5 364 44 2 10 7.5 2 4





南京理工大学经济管理学院 2014本科专业介绍及教学计划进程表

225


226

经济管理学院南京理工大学经济管理学院的前身是 1980 年组建的华东工程学院（南京理工大学前身）企业领导干

部进修系，翌年更名为管理工程系，1991 年 7 月组建成立了经济管理学院。学院现设管理科学与工程系、

企业管理系、会计学系、国际贸易学系、应用经济学系和信息管理系等 6 个系。

学院设有管理科学与工程一级学科博士后流动站和博士学位授权点，拥有应用经济学、管理科学与工

程、工商管理、图书情报与档案管理 4 个一级学科硕士学位授权点和 12 个二级学科硕士学位授权点，拥

有面向全日制学生的金融(MF)、国际商务(MIB)、会计(MPACC)、图书情报(MLIS)、工程管理(MEM)等 5 个专

业学位授权点，拥有面向在职人员的高级管理人员工商管理硕士（EMBA）、工商管理硕士（MBA）、公共管

理硕士（MPA）、工业工程、项目管理和物流工程等 6 个专业学位授权点,拥有 10 个本科专业。

学院拥有“江苏省产业集群创新研究基地”和“江苏省科技人才研究基地”两个研究基地，以及软科

学研究所、应用经济研究所、现代物流研究所、电子商务研究所、现代管理研究所、管理信息技术研究所、

国际经贸问题研究中心和人力资源管理研究中心等 7 个研究机构，设有经济管理省级实验教学示范中心、

EMBA 教育中心、MBA 教育中心、经济管理高级研修中心。南京理工大学创业教育学院挂靠在经济管理学

院。同时，为解放军总装备部代管国防科技情报人员培训中心南京基地。

学院现有教职工 130 多人，其中高级职称 85 名，5 名教师入选江苏省“333 工程”，8 名教师入选江苏

省“青蓝工程”，2 名教师入选“全国会计领军人才”。各类在校生总数约 3000 名，其中硕士以上研究生

1300 多名。30 多年来，从经济管理学院走出的各类毕业生和接受过培训的学员数以万计，分布于祖国的

四面八方。

近年来，学院完成了包括国家自然科学基金、国家社会科学基金和“863”在内的数百项科研项目，

有多项成果获得省部级以上奖励。学院拥有优良的国际化教育环境和教育条件，与美、英、法、日、韩、

加、香港、台湾等地高校在人才培养、学术交流等方面有着广泛的合作；同时，与国内的几十家著名企业

建立了长期的友好协作关系。

学院“十二五”的建设目标是：将学院建成特色鲜明、结构合理、制度先进、综合办学实力与办学水

平稳步提升，在国内外同类院校中有较高知名度和影响力的教学研究并重型学院。学院的远期目标是，建

设适应工业与信息化相结合、军品制造和民品制造相结合、产学研政相结合，服务于地方制造业现代化、

服务于军工现代化、服务于中小企业发展的“特色高水平研究型学院”。


227

School of Economics & Management

School of Economics & Management (SEM) dates back to Department of Advancement Studies for

Enterprise Leaders of East China Engineering Institute (predecessor of NUST), Management Engineering

Department in 1981, School of Economics & Management in July 1991. At present, SEM consists of six

departments: Department of Management Science and Engineering, Department of Business Administration,

Department of Accounting, Department of International Trade, Department of Applied Economics, and

Department of Information Management.

SEM has a post-doctoral station in its primary discipline of Management Science and Engineering. It has a

doctoral program of the Management Science and Engineering, and 4 master programs: Applied Economics,

Management Science and Engineering, Business Management, Library and Information Science, in which there

are 12 concentrations. In addition, it has five full-time professional programs: Master of Finance (MF), Master of

International Business (MIB), Master of Professional Accounting (MPACC), Master of Library and Information

Studies (MLIS), Master of Engineering Management (MEM), and six part-time professional programs: Executive

Master Of Business Administration (EMBA), Master of Business Administration (MBA), Master of Public

Administration (MPA), Master of Science In Project Management (MS-PM)，Master of Science in Industrial

Engineering (MS-IE) and Master of Science in Logistics Engineering (MS-LE). SEM also has 10 undergraduate

programs.

SEM has 2 provincial research bases: Jiangsu Intensive Industry Innovation Research Base and Jiangsu

Science & Technology Talents Research Base, and 8 research centers: Soft Science, Applied Economics , Modern

Logistics, E-business, Modern Management, Management Information Technology, International Economy and

Trade Studies and Human Resources Management, and 1 provincial Experimental Teaching Demonstration Center

on Economy and Administration. Entrepreneurship incubator of NUST is administered by SEM.

Currently the SEM has over 130 teaching and administrative staffs among whom 80 teachers have senior

professional titles, 5 teachers were selected in "333 Project of Jiangsu Province ", 8 teachers were selected in

“Blue Project of Jiangsu Province", 2 teachers were selected in "National Accounting Leading Talent". There are

altogether 3000 students; more than 1300 are postgraduate students. Thousands of gradates and trainees from

the school over the past 30 years are working throughout China.

In the past few years, the School has accomplished over 100 scientific research projects including National

Natural Science Foundation of China, National Social Science Foundation of China and “863 Programs”, many of

which received province-ministry level awards. The School has excellent international education environment and

education conditions, and has also extensive co-operations in talents cultivation and academic exchanges with

universities in USA, UK, France, Japan, S. Korea, Canada, Hong Kong and Taiwan. Long-term collaborative links has

been established with some excellent domestic enterprises.


228

经济学一、专业介绍

本专业原名“贸易经济学”，1996 年开始招生，现具有一级硕士点授予权；以现代经济学教育为导向、

以“经济+数理+行业”有机结合为特色，已培养了若干名理论基础扎实、知识面宽、适应能力和实际工作

能力强、富有创新精神的复合型高素质经济学基础人才和各经济领域的专业人才。本专业师资力量雄厚，

承担了国家自然科学基金、国家社会科学基金、教育部科学基金等多项高层次研究项目，以及地方政府和

企业委托课题，为学生的培养提供了良好的学术氛围；本专业拥有先进的实验教学条件，其实验中心是江

苏省实验教学示范中心，同时，还与多家企事业单位和金融机构建立稳定的合作关系，为学生提供良好的

实习条件。

二、培养目标

本专业培养具备扎实的经济学理论基础，熟悉现代西方经济学理论，掌握现代经济分析方法，具有向

经济学相关领域扩展渗透的能力，并能运用现代经济学的数理分析和计量分析方法，分析和解决实际经济

问题；具有较宽广的知识面，掌握国内外经济学发展的前沿趋势，掌握财政、金融和贸易等方面基本知识；

具有良好的文字和口头表达能力；具备在相关学科进一步深造的知识和能力，能在综合经济管理部门、政

策研究部门，金融机构和企业集团从事经济分析、预测、规划和经济管理工作的高级专门人才。

三、培养要求

本专业要求学生系统、正确地掌握经济学基本理论和财政、金融、贸易等方面的基本知识；受到良好

的运用相关理论和数理分析工具对现实经济社会问题进行初步的定性和定量分析的训练，具备进一步深造

或从事实际经济管理工作的知识准备和能力。


1.具有较扎实的经济学基础和较好的人文科学基础及较好地运用本国语言、文字的表达能力；

2.较系统地掌握本专业领域的理论基础知识，熟悉国内外经济学发展的前沿趋势，了解中外经济发展

的历史与现状；

3.具有本专业必需的文献检索、数理分析和经济分析软件运用等技能；

4.了解市场经济的运行机制，熟悉国家的经济方针、政策和法规，具有运用数量分析方法和现代技术

手段进行社会经济调查、经济分析和实际操作的能力；

5. 熟练地掌握现代经济分析方法，具有向经济学相关领域扩张渗透的素质和能力。

6.具有创新性学习习惯，较强的自学能力和较高的综合素质，学会做人、办事。




授予学位：经济学学士


主干学科：经济学

交叉学科：工商管理


微观经济学、宏观经济学、经济法、财政学、金融学、产业经济学、区域经济学、制度经济学、投资


229

学、经济思想史、计量经济学、应用经济统计学等。


军事训练、认识实习、经济分析软件应用、学年论文、毕业实习、毕业论文等。





230

EconomicsI. Introduction

Finance dates back to the major of Commercial Economics in 1996. Currently, the major offers bachelor and

master degree. Oriented by modern economical education, the major features by the combination of economics,

mathematics and industries. The major has an excellent faculty team, undertaking a number of projects

supported by the National Natural Science Foundation, the National Social Science Foundation, the Science

Foundation of Ministry of Education, and other projects commissioned by local governments and industries. The

major has also established a stable relationship with many industries and financial institutions to provide

internships to students.

II. Objectives

The major aims at cultivating economical talents with systematic knowledge and business skills in economics.

Students are required to be competent in modern economic theories and scientific analyzing methods. Students

are expected to be able to analyze and solve practical economic problems with the methods of mathematical

analysis and econometrics analysis. The program aims to cultivate talents who have a broad perspective on the

frontiers and hot issues in economics, so as to work on economic modeling, econometrics, cost-benefit analysis,

and forecasting in financial institutions, enterprises, government agencies and research institutes.

III. Requirements

Students are required to obtain knowledge in economic theories, public finance, finance and commerce.

Students are expected to be trained in using relevant theories and mathematical tools to conduct qualitative and

quantitative analysis of practical economic and social issues.


1. Possess a solid theoretical foundation in economics; have a good understanding in humanities and social

sciences; maintain capabilities of communication;

2. Master systematic theories and fundamentals in the fields of economics; Understand frontiers and

development trend of economics; understand historic and present development of economy;

3. Master the basic methods of information retrieval and query; be capable of mathematical analysis, and

using economic analysis software;

4. Have a good understanding of the mechanisms of market economy; be familiar with related economic

policies, laws and regulations;

5. Grasp the modern economic analysis methods;

6. Have abilities in self-learning and innovation.




Degree: Bachelor of Economics


Leading Discipline: Economics

Interdisciplinary Subjects: Business management:


231

VI. Core courses

Microeconomics, Macroeconomics, Game theory and information economics, economic laws, public finance,

Finance, industrial economics, regional economics, institutional economics, investment, Economics History,

Econometrics, applied economics statistics, management statistics, etc.


Military Training, Academic Papers, Graduation Practice, Graduation Thesis, Comprehensive Financial

Experiments.






232

经济学专业教学计划进程表Table of Teaching Plan for Major of Economics

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



06000502 Visual FoxPro 程序设计‖Visual Foxpro 3 32 16 3 007

06001101Visual FoxPro 课程设计‖Course Design ofVisual Foxpro

1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013

07022301 管理统计‖Management Statistics 3 48 3 007


07024202 宏观经济学★‖Macroeconomics★ 3 48 3 007






07039402博弈论与信息经济学★‖Game Theory andInformation Economics★

3 48 3 007

07020501 财务管理‖Financial Management 3 40 8 3 007

07020701 财政学‖Public Finance 2 32 2 007



233

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


07023202 国际金融★‖International Finance★ 2 32 2 007

07023402 国际贸易‖International Trade 2 32 2 007

07024501 会计学‖Accounting 3 40 8 3 007

07024801 计量经济学‖Econometrics 3 44 4 3 007

07055701 金融学‖Finance 2 32 2 007

15023601 经济法‖Economic Law 3 48 3 015

07056701 投资学‖Principles of Investment 2 32 2 007



07038709 毕业论文‖Graduation Thesis 12 480 12 007


07021002 产业经济学‖Industrial Economics 2 32 2 007

07021701 发展经济学‖Development Economics 2 32 2 007

07025802 经济思想史‖History of Economic Thoughts 2 32 2 007

07047701经济预测与分析‖Economic Forecasting andAnalysis

2 28 4 2 007

07056201 企业伦理‖Business Ethics 1 16 1 007

07027203 区域经济学‖Regional Economics 2 32 2 007

07054001 认识实习＊‖Cognition Practice＊ 2 80 2 007

07050902 行为经济学‖Behavioral Economics 2 32 2 007

07153001 学年论文（Ⅰ）＊‖Academic Paper(Ⅰ)＊ 1 40 1 007

07253001 学年论文（Ⅱ）＊‖Academic Paper(Ⅱ)＊ 1 40 1 007

07353001 学年论文（Ⅲ）＊‖Academic Paper(Ⅲ)＊ 1 40 1 007

07031704 应用经济统计学‖Business Statistics 2 32 2 007

07032503 制度经济学‖Institutional Economics 2 32 2 007

07033005中级宏观经济学‖IntermediateMacroeconomics

2 32 2 007

07033004中级微观经济学‖IntermediateMicroeconomics

2 32 2 007

07057401 专业英语‖Specialized English 2 32 2 007



07020401 财务分析‖Financial Analysis 2 32 2 007

07058601 公共经济学‖Public Economics 2 32 2 007

07057801 金融经济学‖Financial Economics 2 32 2 007

07025402 金融市场学‖Financial Marketing 2 32 2 007

07047903经济分析软件及应用‖Economic AnalysisSoftware and Applications

2 16 16 2 007

07043202 劳动经济学‖Labor Economics 2 32 2 007

07052401 实验经济学‖Experimental Economics 2 24 8 2 007

07058701 数理经济学‖Mathematical Economics 2 32 2 007

07058801 文献导读‖Introduction of Literature 1 16 1 007

07030302项目评估与管理＊‖Project Assessment andManagement＊

2 16 16 2 007

07057901应用经济学研究方法论‖ResearchMethodology in Applied Economics

2 32 2 007

必修课程汇总‖Compulsory Courses Total 140 1692 1300 24.5 21 20 20 14 10.5 16 14


21 296 40 4 4 9 4


234





.


235

金融学一、专业介绍

本专业原名“投资经济学”，1996 年开始招生，现有金融学硕士点；本专业依托理工科院校的综合优

势，主要采用“商学院”培养模式，专业师资力量雄厚，紧跟微观金融领域的前沿，注重金融与公司管理

相结合，特别关注金融领域的实践问题。本专业拥有先进的实验教学条件，其实验中心是江苏省实验教学

示范中心，同时，与多家金融机构和企事业单位建立稳定了的合作关系，能为学生提供良好的实习条件。

二、培养目标

本专业采用数理金融、理论金融、应用金融相结合的教学、研究和培养方案，培养熟练掌握金融理论

基础知识，具备金融业务技能，同时又具有基本的理工自然科学知识，熟练驾驭外语和计算机工具，并具

有高新技术背景，成为能在银行、证券、投资、保险及其它经济管理部门和企业从事相关工作的高素质复

合型、应用型人才。

三、培养要求

本专业的学生要求系统地学习金融理论、银行业务与管理、国际金融、公司金融、金融工程和投资学

等知识，接受良好的运用相关理论和数理分析工具分析处理银行、证券与保险等业务的训练。


1.具有较扎实的经济学基础和较好的人文科学基础及较好的本国语言、文字的表达能力；

2.较系统地掌握本专业领域的理论基础知识，主要包括金融理论、银行业务与管理、国际金融、公司

金融、金融工程和投资学等基础知识；

3.具有本专业必需的文献检索、数理分析等基本技能；

4.具有本专业领域内某个专业方向所必要的专业知识，了解其研究的前沿和发展动态；

5.具有初步的科学研究、业务组织管理能力；了解全球一致的金融业务规范、惯例、法则和趋向统一

的管理理念。

6.具有较强的自学能力、创新意识和较高的综合素质。






主干学科：金融学

交叉学科：工商管理


微观经济学、宏观经济学、财政学、金融学、国际金融、投资学、保险原理与实务、商业银行业务与

管理、公司金融、投资银行学、证券投资分析、金融工程学、金融风险管理等。


军事训练、学年论文、毕业实习、毕业论文、金融学综合实验等。




236



237

FinanceI. Introduction

Finance dates back to the major of Investment Economics in 1996. Currently, the major offers bachelor and

master degree. Building on the University’s academic and research strength in science and engineering, the

major adopt the cultivation mode of “business school”. The major focuses on the combination of finance and

company management, especially the practical issues in the field of finance. The major has a Provincial

Experimental Teaching Demonstration Center. It also has established a stable relationship with many industries

and financial institutions. Graduates are expected to work for banking, financial companies, multinational

enterprises, commercials, government and research institutes.

II. Objectives

The major aims at cultivating financial talents with solid fundamental theories, systematic knowledge and

business skills in finance. Students are required to be competent in finance, science and engineering so as to

engage in the fields of banking, securities, investment, insurance and government.

III. Requirements

Students are required to obtain knowledge in financial theory, bank business and management,

international finance, corporate finance, financial engineering and investment. Students are expected to be

trained in handling bank, security and insurance businesses with relevant theories and mathematical tools.


1. Possess a solid theoretical foundation in finance; have a good understanding in humanities and social

sciences; maintain capabilities of communication;

2. Master systematic theories and fundamentals in the fields of banking & management, international

finance, corporate finance, finance engineering and investment.

3. Master the basic methods of information retrieval and query, and mathematical analysis;

4. Understand frontiers and development trend of finance;

5. Grasp the preliminary research ability, organizing and managing skills; be familiar with global financial

business criterion, customs and regulations;

6. Have abilities in self-learning and innovation.




Degree: Bachelor of Economics


Leading Discipline:Finance

Interdisciplinary Subjects:Business management

VI. Core courses

Microeconomics, Macroeconomics, Public Finance, Finance, International Finance, Investment, Principles of

Insurance, Business and Practices of Commercial Bank, Corporate Finance, Investment Banking, Securities

Investment Analysis, Finance Engineering, Financial Risk Management, etc.


238


Military Training, Academic Papers, Graduation Practice, Graduation Thesis, Comprehensive Financial

Experiments.






239

金融学专业教学计划进程表Table of Teaching Plan for Major of Finance

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




06001101Visual FoxPro 课程设计 ‖ Course Design ofVisual Foxpro

1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013









07039402博弈论与信息经济学★‖Game Theory andInformation Economics★

3 48 3 007





240

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




07024501 会计学‖Accounting 3 40 8 3 007


07057501 金融法‖Financial Law 3 48 3 007

07055701 金融学‖Finance 2 32 2 007




07039501保险原理与实务 ‖ Insurance Theory andPractice

2 32 2 007




07057601 公司金融‖Corporate Finance 2 32 2 007

07055401 金融风险管理‖Financial Risk Management 2 32 2 007

07040901 金融工程学★‖Financial Engineering★ 2 32 2 007

07025402 金融市场学‖Financial Marketing 2 32 2 007

07045801金融学综合实验＊ ‖ ComprehensiveExperiment of Finance＊

1 40 1 007



07027702商业银行业务与管理‖ Commercial BankingBusiness and Management

2 32 2 007

07041201 投资银行学‖Investment Banking 2 32 2 007

07048001 行为金融学‖Behavioral Finance 2 32 2 007




07038004 证券投资学‖Securities Investment 2 32 2 007

07057701 职业道德‖Professional Ethics 1 16 1 007




07023101 国际结算★‖International Settlements★ 2 24 8 2 007

07048203 国际投资学‖International Investment 2 32 2 007

07058001金融产品分析与设计 ‖ Financial ProductsAnalysis and Design

2 32 2 007

07047904金融分析软件及应用 ‖ Financial AnalysisSoftware and Applications

2 16 16 2 007

07057801 金融经济学‖Financial Economics 2 32 2 007

07047701经济预测与分析‖ Economic Forecasting andAnalysis

2 28 4 2 007

07030302项目评估与管理 ‖ Project Assessment andManagement

2 16 16 2 007

07057901应用经济学研究方法论 ‖ ResearchMethodology in Applied Economics

2 32 2 007

07033001 中级经济学‖Intermediate Economics 3 48 3 007

07040701 中央银行学‖Central Banking 2 32 2 007


选修课程汇总‖ Specialized Optional Courses 21 292 44 4 5 8 4


241

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Total

注：1.课程名称标有“＊”的课程为夏季学期开设的课程，I、III、V、VII 分别包含夏季、秋季两个学期，II、IV、VI、VIII 为春季学期；



Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, VI, VIII are for spring semester.



242

国际经济与贸易一、专业介绍

本专业发轫于 1985 年开设的工业外贸专业，并于 2005 年成为江苏省教育厅批准的第一批江苏省特色

专业。目前，本学科设有国际贸易学学术硕士及国际商务专业硕士两个硕士点，同时开设有国际贸易第二

学位，并在硕士及本科两个层次均实现了国内外招生。多年来，依托理工科的综合优势，本专业形成了“文

理渗透，工经结合”的人才培养模式；拥有一支年富力强、外语水平高的教师队伍，核心课程实现了主讲

教师负责制；在教学过程中注重全英语教学、案例教学、模拟教学等多元教学方法；建成有国际商务模拟

模拟实验室、国际结算实验室及国际商务英语实验室；江苏省多家骨干外贸专业公司、大中型企业以及新

兴中小型外贸公司和金融机构国际业务部门已成为本专业学生的毕业实习基地。专业成立 30 年来，本专

业培养的各层次毕业生因具备宽厚的经济学科基础知识和系统的专业知识与能力，而广受各类用人单位的

赞誉。

二、培养目标

本专业旨在培养适应复杂国际经济、政治、文化环境和国家发展需要的，具有扎实国际商务理论基础、

知识体系与实务操作技能，熟悉国际经贸规则与惯例，通晓中国对外经贸政策与法规，具有良好英语听、

说、读、写、译技能，并具有全球视角和跨学科背景，能够胜任在各类工商企业、金融机构及政府机构从

事国际贸易、国际投融资、跨国经营业务及各类国际经贸管理工作的复合型、应用型人才。

三、培养要求

本专业学生主要学习经济学以及国际经济、国际贸易的基本理论和基础知识，接受经济学、管理学、

信息技术等学科的系统训练，具备系统、扎实的国际贸易、国际投融资及跨国经营与管理方面的理论知识

体系，并具有较高的外语水平及从事国际商务的业务能力。通过在本专业的系统学习，合格的毕业生将获

得以下能力：

1.掌握系统的国际商务理论与方法

2.掌握外语、数学及计算机技能

3.熟悉国内外商务法规

4.具备沟通、社交技能与团队合作精神，掌握基本的信息检索和查询能力

5.能运用定量与定性分析方法分析国际商务问题、管理和执行国际商务

6.具备解决国际商务问题的能力，能从事国际商务分析与决策

7.掌握国际商务前沿问题及发展趋势，具有良好的自学能力与创新意识






主干学科：经济学

交叉学科：管理学，统计学


国际金融、国际贸易、国际经济学（英）、国际商务模拟实习、经贸英语、国际贸易实务、商务写作（英）、


243

国际结算（英）、国际经济法、国际商务谈判（英）及国际商务策划。


主要实践性教学环节：军事训练、工程技术实习、学年论文、认识实习、毕业实习、毕业论文。





244

International Economics & Trade

I. Introduction

International Economics & Trade, a provincial key major in Jiangsu, dates back to the major of Industrial

Foreign Trade in 1985. Currently, the major offers bachelor, master and dual degree. The major also has

undergraduate and graduate programs for overseas students. Building on the University’s academic and research

strength in science and engineering, the major has formed the cultivation mode of “Integrating Arts and Sciences,

Combining Engineering and Economics”. Different teaching methods such as case study and simulation operation

are adopted. Graduates are expected to work for international trade companies, multinational enterprises,

banking, commercials, government and research institutes.

II. Objectives

The major aims at cultivating global business and management talents with solid fundamental theories,

systematic knowledge and operational skills in international business. Students are required to be familiar with

international customs and practices, commercial policies and regulations.

III. Requirements

Students are required to obtain abilities to survey independently, analyze problems integratedly, and make

decisions on international businesses by theory learning and skill training in international economy and trades.


1. Master systematic theories and methods in international business;

2. Be competent in foreign languages, mathematics and computer skills;

3. Be familiar with domestic and foreign laws and regulations about commerce;

4. Maintain capabilities of communication, social skills, and team working; master the basic methods of

information retrieval and query;

5. Master qualitative and quantitative analysis methods in international business; to manage and execute

international business deals;

6. Possess abilities to solve international business issues, conduct business analyses and decisions;

7. Understand frontiers and development trend of international business; have abilities in self-learning and

innovation.


Regular duration : 4 years

Flexible duration : between 3 and 6 years

Academic degree: Bachelor’s degree of economics

V. Leading discipline and inter-disciplinary subjects

Core discipline: economics

Interdisciplinary fields: management, statistics

VI. Core courses

International Finance, International Trade, International Economics, International Business Simulation,

Business English, International Trade Practices, Business Writing, International Settlement, International Business

Law, International Business Negotiations, International Business Planning, etc.


245


Military Training, Engineering Practice, Academic Papers, Scientific Research Training, Cognition Practice,

Graduation Practice, Graduation Thesis, etc.






246

国际经济与贸易专业教学计划进程表Table of Teaching Plan for Major of International Economics & Trade

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




06001101Visual FoxPro 课程设计 ‖ Course Design ofVisual Foxpro

1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013















247

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


07024501 会计学‖Accounting 3 40 8 3 007


07055701 金融学‖Finance 2 32 2 007

15023601 经济法‖Economic Law 3 48 3 015






07023101 国际结算★‖International Settlements★ 2 24 8 2 007

07055302国际金融市场 ★ ‖ International FinancialMarket★

2 32 2 007

15022503 国际经济法‖International Ecnomic Law 2 32 2 015

07023302国际经济技术合作‖ International Economicand Technological Cooperation

2 32 2 007

07034001 国际经济学★‖International Economics★ 2 32 2 007

07023601国际贸易实务★‖ International Trade Practices★

3 48 3 007

07042901国际商务模拟实习＊‖ International BusinessSimulation Practice＊

2 80 2 007

07048201国际投资与跨国公司 ★ ‖ InternationalInvestment and Multinational Corporation★

2 32 2 007

07055501 国际物流★‖International Logistics★ 2 32 2 007

07039001 经贸英语‖Business English 3 48 3 007



07056801 商务写作‖Business Writing 3 48 3 007




07032901中国对外贸易概论★‖ Introduction to ChinasForeign Trade★

2 32 2 007



07042701 国际服务贸易‖International Trade in Services 2 32 2 007

07057001 国际商务策划‖International Business Planning 2 16 16 2 007

07056901国际商务风险与决策模拟‖ InternationalBusiness Risk and Decision Simulation

2 16 16 2 007

07057301国际商务沟通 ★ ‖ International BusinessCommunication★

2 32 2 007

07048301国际商务谈判 ★ ‖ International BusinessNegotiation★

2 24 8 2 007

07055901 国际商务统计‖International Business Statistics 2 32 2 007

07048402国际商务英语口语 ‖ Oral English forInternational Business

2 32 2 007

07070601国际银行管理 ‖ International BankManagement

2 32 2 007

07041401 国际营销学‖International Marketing 2 32 2 007

07047902统计分析软件及应用 ‖ Statistical AnalysisSoftware and Applications

2 16 16 2 007



20 264 56 2 12 6


248





.


249

工商管理一、专业介绍

工商管理专业致力于培养学生宽广的工商管理知识和技能，使其能够胜任各类企事业单位的从事相关

研究和工作。

本专业为江苏省品牌专业，隶属于南京理工大学经济管理学院管理科学与工程系，历经统计学本科专

业—管理工程本科专业—工商管理专业的演变过程。本专业拥有优秀的专业化教学团队，实行主讲教师负

责制；教学过程注重理论和案例结合；坚持科研促教学，不断提升教学质量。本专业与多家知名企业建立

校外实习和实践基地，为学生的实习和实践提供良好的保障。本专业立足制造业及其发展，形成了优势、

特色方向，包括质量管理与质量工程、管理信息系统、运营与供应链、决策与评价等，并建立了相应的课

程群，供学生选择。

毕业生面向工商企业、政府机关和科研院所等各类组织，从事管理工作，就业率在兄弟高校同类专业

中名列前茅。

二、培养目标

本专业培养具备现代管理、经济、法律等方面知识、方法和应用能力，具有创业精神，能在企事业单

位及政府部门从事现代管理、教学或科研工作的高素质的复合型高级工商管理专门人才。

三、培养要求

本专业学生主要学习现代管理及其相关理论和方法，包括：管理和经济方面的基本理论和基本知识、

各种专业管理知识（质量管理、信息管理、运营和供应链、企业管理等）、工商数量分析及管理决策方面的

知识；接受管理方法与技巧方面的基本训练，具有某一方面的工程技术的基础知识；掌握基于信息技术的

管理方法和工具的应用，了解本领域的新发展。具有综合运用管理相关知识、方法和技能，分析和解决实

际管理问题的基本能力。


1．掌握管理学、经济学的基本理论和现代企业管理的基本理论、基本知识；

2．掌握企业管理的定性和定量分析方法；

3. 具有质量管理、运营管理、财务、人力资源、决策等管理专门知识和应用能力；

4. 掌握现代管理信息系统及其相关 IT 工具的应用；

5．熟悉我国企业管理相关的方针、政策和法规以及国际企业管理的惯例与规则；

6. 具有较强的语言与文字表达、人际沟通能力和一定创业精神和能力；

7．了解本学科的理论前沿和发展动态；

8．掌握管理问题研究的基本方法，具有初步的科学研究和实际工作的能力。




授予学位：管理学学士


主干学科：工商管理

交叉学科：经济学


250


管理学原理、微观经济学、宏观经济、管理统计、运筹学、战略管理、生产运作管理、质量管理、质

量认证、管理信息系统、市场营销、人力资源开发管理、组织行为学、基础会计学、财务管理、多变量数

据分析、预测与决策、供应链与物流管理、项目管理等。


军事训练、工程技术实习、工商管理模拟实训、企业经营沙盘模拟、学年论文、课程设计、认识实习、

毕业实习、毕业论文等。





251

Business Administration

I. Introduction

Business Administration is a provincial key major in Jiangsu, subordinating to the discipline of management

science and engineering. It offers bachelor, master and doctor degree. The major has an excellent faculty team,

undertaking a number of projects supported by the National Natural Science Foundation, the Science Foundation

of Ministry of Education, and other projects commissioned by local governments and industries. The research

area covers quality management and quality engineering, production and operation management, management

information systems, business quantitative analysis, decision-making and evaluation. Graduates are expected to

work in industrial and commercial enterprises, government agencies, research institutes.

II. Objectives

The major aims at cultivating high-quality, inter-disciplinary and applied talents of business administration

with professional knowledge and skills of modern administration, economy and law. Students are expected to

engage in the fields of business administration, teaching and researching in profit and non-profit organizations.

III. Requirements

Students are required to obtain basic knowledge of modern management, including professional

management, general management, technical economy, business quantitative analysis and decision-making,

computer-assisted management, engineering, information management, operation and supply chain

management. Students are expected to understand the latest development of this field, and have the basic

ability to analyze and solve the management problems.


1．Master knowledge of management, economics, and modern enterprise management;

2．Have the ability to use qualitative and quantitative methods for business administration;

3. Have the knowledge and skills in the fields of quality control, operations management, finance, human

resources, and decision-making;

4. Be familiar with modern management information system, and gain the ability to use relevant IT tools;

5 ． Be familiar with relevant management policies and regulations, and the international business

management customs and practices;

6. Maintain capabilities of communication and social skills; have the spirit of entrepreneurship;

7．Understand frontiers and development trend of business administration

8. Master the basic methods of information retrieval and query; have the preliminary capacities of research

and practical work.




Degree: Bachelor of Management


Leading Discipline: Business Administration


252

Interdisciplinary Subjects: Economics

VI. Core courses

Principles of Management, Microeconomics, Macroeconomics, Management Statistics, Operational

Research, Strategic Management, Operations Management, Quality Management, Quality Authentication,

Management Information Systems, Marketing, Human Resources Development and Management, Organizational

Behavior, Accounting, Financial Management, Multivariate Data Analysis, Forecasting and Decision-making,

Supply Chain and Logistics Management, Project Management, etc.


Military training, Engineering Practice, Business administration simulation, Enterprise Sand Table Simulation,

Academic Paper; Cognition practice, Graduation practice, and Graduation Thesis, etc.






253

工商管理专业教学计划进程表Table of Teaching Plan for Major of Business Administration

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019





1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013











07022101 管理沟通★‖Managerial Communication★ 2 20 12 2 007

07022501管理信息系统‖Management InformationSystem

3 48 3 007


254

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


07024501 会计学‖Accounting 3 40 8 3 007

07027401人力资源开发与管理‖Human ResourceDevelopment and Management

2 32 2 007

07061101 商法‖Commercial Law 2 32 2 007

07028201 生产运作管理‖Production OperationManagement

3 40 8 3 007

07028602 市场营销‖Marketing 2 32 2 007

07028901 统计学原理‖Principle of Statistics 3 48 3 007

07027002 战略管理‖Strategic Management 2 32 2 007

07033202 组织行为学‖Organizational Behavior 2 32 2 007





07039403 博弈论★‖Game Theory★ 2 32 2 007

07031703多变量数据分析‖Multivariate StatisticalAnalysis

3 40 8 3 007

07059101 服务运营★‖Service Operation★ 2 32 2 007

07047301工商管理模拟实训＊‖Industrial andCommercial Management Practice＊

2 80 2 007

07047101供应链与物流管理‖Supply Chain and LogisticsManagement

2 32 2 007

07038904管理综合评价‖Comprehensive ManagementEvaluation

2 32 2 007

07061201企业经营沙盘模拟‖Enterprise Sand TableSimulation

3 24 24 3 007



07030201 项目管理‖Project Management 2 32 2 007




07033901预测与决策★‖Prediction and Decision-Making★

2 32 2 007

07032701 质量管理‖Quality Control 3 44 4 3 007



07022605 管理学案例分析‖Management Case Analysis 2 32 2 007

07026102 可靠性工程‖Reliability Engineering 2 32 2 007

07048801客户关系管理‖Customer RelationManagement

2 32 2 007

07059001离散系统仿真与建模‖Simulation andModeling of Discrete System

2 16 16 2 007

07041502 试验设计‖Experiment Design 2 26 6 2 007

07051901 税法‖Tax Law 3 48 3 007

07047902统计分析软件及应用‖Statistical AnalysisSoftware and Applications

2 16 16 2 007

07048701 统计过程控制‖Statistical Process Control 2 28 4 2 007

07060801小微企业创立与发展‖Small and MicroEnterprises Establishment and Development

2 16 16 2 007

07045701学科前沿系列讲座＊‖Lectures on Frontiers ofChemical Engineering ＊

1 16 1 007

07032801 质量认证‖Quality Authentication 2 32 2 007



255

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



22 294 58 3 2 8 9


2.课程名称标有“★”的课程为中文、全英文授课课程，标有“▼”的课程为全英文授课课程，其余课程均为中文授课课程.Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, VI, VIII are for spring semester.



256

市场营销一、专业介绍

本专业本科招生始于 1994 年，所在工商管理学科被评为江苏省“十二五”高等学校重点专业（类）”。

市场营销是一项专业性较强、艺术性较高的管理工作，本专业在保持市场营销基本特点的基础上，侧重于

学生在创业管理领域的培养。本专业以管理学、经济学为基础，特色在于强调学生能力和素质的培养与提

高，在教学中突出学生实际营销技能与创业技能的训练，开设了与营销实践与创业实践紧密联系的系列课

程。强调实验实践教学，以市场与创业为导向，紧密结合企业与创业实际，注重实习环节教育，其目标在

于使学生在相关学术研究和商业情境（如企业管理、创业管理、市场营销和销售等）中具有较强的就业能

力和就业竞争力。本专业师资力量强、队伍结构合理，科研成果丰硕，专业方向课程设置丰富、教材建设

完善、实验实习基地完备。

二、培养目标

本专业除了培养学生具备管理、经济、法律、市场营销等方面的知识和能力外，更侧重于培养学生具

有国际化视野，具有创新精神、创业意识和创造理念，系统掌握创新创业知识，并具有一定创业技能，能

在企、事业单位及政府部门从事市场营销管理、创业管理以及教学、科研方面工作的工商管理学科专门人

才。

三、培养要求

本专业学生主要学习现代市场营销、创业管理及工商管理方面的基本理论和基本知识，受到营销及创

业方法与技巧方面的基本训练，具有分析和解决营销问题，并具备创业的基本能力。


1.具有经济、人文、法律等相关知识背景，熟练掌握管理学和现代市场营销学、创业学的基本知识和

技能；

2.具有较高的外语（英语）水平，熟悉国际理论前沿和相应的市场营销管理及文化状况；

3.具有良好的计算机运用能力，熟悉 IT 技术发展趋势，并能与市场营销和创业领域的信息化需求相联

系；

4.具备市场营销及创业领域所需的数学和统计学基础，具有较高的数据收集和分析能力。

5.掌握文献检索、资料查询的基本方法，会定性和定量分析，具有较好的科学研究和实践应用能力；

6.具有较强的商务沟通、商务策划、客户导向和服务、市场和品牌拓展能力；

7.具有较强的战略决策能力、组织和团队管理能力、资源获取和整合能力；

8.具有较高的就业竞争力和职业发展能力；

9.具有较高的职业道德和法律意识。







交叉学科：经济学


257


管理学原理、市场营销、消费行为学、市场研究、广告学、物流与渠道管理、服务营销、战略管理、

创业计划与案例、小微企业创立与发展。


军事训练、社会调查、学年论文、科研训练、认识实习、创业模拟、创业见习、毕业实习、毕业论文

等。





258

Marketing

I. Introduction

Marketing, a provincial key major in Jiangsu, began to recruit undergraduates in 1994. Based on

management and economics, the major stresses the cultivation and improvement of the students' abilities and

qualities. Students are expected to gain actual marketing skills and entrepreneurial skills. Oriented by job market

and entrepreneurship, the major integrates enterprises and entrepreneurship practice to promote students’

competitiveness in job market.

II. Objectives

The major aims at cultivating marketing talents with global vision, innovative spirit and entrepreneurship.

Students are required to obtain knowledge and skills in management, economics, laws and marketing. Graduates

are expected to engage in the fields of marketing management, business management, teaching and research in

enterprises, public institutions and government agencies.

III. Requirements

Students are required to obtain basic knowledge of modern marketing, entrepreneurial management and

business management, and to gain marketing and entrepreneurial methods and skills, and to develop the ability

of entrepreneurship, analyzing and solving problems.


1. Have the basic knowledge and skills of management science, marketing, entrepreneurship, economics,

humanities and laws;

2. Be competent in a foreign language (English); be familiar with the latest development of marketing;

3. Be competent in computer skills; be familiar with the latest development of IT technology;

4. Equip with related fundamentals of mathematics and statistics; have the ability of data collecting and

analyzing;

5. Master the basic methods of information retrieval and query; grasp qualitative and quantitative analysis

methods;

6. Have the abilities of commercial communication, commercial planning, and market and brand expansion;

7. Have the abilities of decision-making, organizing and team administrating, source collecting and

integrating;

8. Have the potential of career development, innovation and entrepreneurship;

9. Have awareness of professional ethics and law.






Leading Discipline: Business Management

Interdisciplinary Subjects: Economics

VI. Core courses


259

Principles of Management, Marketing, Consumer Behavior, Market Research, Advertising, Logistics and

Channel Management, Service Marketing, Strategic Management, Entrepreneurship Plan and Case, Small and

Micro Enterprise Establishment and Development, etc.



Entrepreneurship Simulations, Entrepreneurship Probation, Graduation Practice and Graduation Thesis, etc.






260

市场营销专业教学计划进程表Table of Teaching Plan for Major of Marketing

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019





1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013













3 48 3 007


261

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


07024501 会计学‖Accounting 3 40 8 3 007


2 32 2 007



3 40 8 3 007

07028602 市场营销‖Marketing 2 32 2 007








07060601创业计划与案例‖Business Planning and CaseAnalysis

2 24 8 2 007

07021901 服务营销‖Service Marketing 2 32 2 007

07051401管理决策模拟与实验‖ManagementDecision-Making Simulation and Experiment

3 32 16 3 007

07030003 广告学★‖Advertising★ 2 32 2 007

07049401 品牌管理‖Brand Management 2 32 2 007



07043004 市场研究‖Market Investigation 3 36 12 3 007

07049102物流与渠道管理★‖Logistics and ChannelManagement★

3 48 3 007

07030501 消费行为学‖Consumer Behavior 3 48 3 007




07049602 营销策划‖Marketing Planning 2 32 2 007



07059801 创新管理‖Innovation Management 2 32 2 007

07048602创业模拟与实训＊‖EnterpreneurshipSimulation and Training＊

2 80 2 007

07023905 国际市场营销‖International Marketing 3 48 3 007

07026401 零售营销‖Retail Marketing 2 28 4 2 007


2 16 16 2 007

07040501 网络营销‖Network Marketing 2 24 8 2 007


2 16 16 2 007

07045701学科前沿系列讲座‖Lectures on Frontiers ofChemical Engineering

1 16 1 007

07046601 整合营销‖Integrated Marketing 2 32 2 007

07059701组织和行为研究方法‖Organization andBehavior Research Methods

2 16 16 2 007



20 228 140 2 10 4 4


262






263

人力资源管理一、专业介绍

本专业招生始于 1994 年，全国首批，所在工商管理学科被评为江苏省“十二五”高等学校重点专业

（类）”。经过二十年的发展，已形成了教学经验丰富的师资队伍和完善的专业课程体系。本专业现有专业

教师 14 人，其中教授 4 人，副教授 6 人，博士生导师 1 人，硕士生导师 9 人，多位教师获省部级奖励。

专业课程教学实行主讲教师负责制和本科生导师制，注重案例教学。为了提升学生在相关学术研究和商业

情境（如企业管理、人力资源管理、组织行为管理、文化管理等）中的就业能力和就业竞争力，本专业不

仅注重学生专业理论知识的教育，而且通过多层次的教学实践环节，提高学生解决问题的能力。

二、培养目标

本专业培养具备人力资源管理等方面的专业知识与技能，能在企业、事业单位及政府部门从事人力资

源管理与开发、组织人事管理及教学科研等方面工作的管理学科高素质、复合型、应用型人才。

三、培养要求

本专业学生主要学习管理学、经济学和人力资源管理方面的基本理论与基本知识，掌握人力资源管理

与开发的基本原理、专业知识和技能，了解我国劳动组织人事制度、政策和法规，接受人力资源管理方法

和技能方面的训练，具有调查研究、解决人力资源管理问题的实践能力。


1.具有经济、人文、法律等相关知识背景，熟练掌握管理学和现代人力资源管理的基本知识和技能；

2.具有较高的外语（英语）水平，熟悉国际理论前沿和相应的人力资源管理及文化状况；

3.具有良好的计算机运用能力，熟悉 IT 技术发展趋势，并能与人力资源管理领域的信息化需求相联系；

4.具备人力资源管理所需的数学和统计学基础，具有较高的数据收集和分析能力。

5.掌握文献检索、资料查询的基本方法，会定性和定量分析，具有较好的科学研究和实践应用能力；

6.具有较强的协调和沟通能力、领导和决策能力、组织设计和管理能力、文化建设和人本关怀能力；

7.具有较高的职业发展能力、创新和创业能力；

8.具有较高的职业道德和法律意识。






主干学科：工商管理。

交叉学科：经济学、心理学


管理学原理、组织行为学、人力资源开发与管理、人力资源战略与规划、工作分析、人员招聘与测评、

培训管理、绩效管理、薪酬管理、劳动关系管理等。


军事训练、工程技术实习、学年论文、科研训练、认识实习、毕业实习、毕业论文等。



264




265

Human Resource Management

I. Introduction

Human Resource Management, a provincial key major in Jiangsu, began to recruit undergraduates in 1994.

After 20 years development, it has established an experienced faculty team and a completed professional

curriculum system. In order to promote the competitiveness in job market, the major focuses on professional

knowledge and ability to solve practical problems. The major has 14 faculty members, including 4 professors, 6

associate professors, 1 Ph.D. supervisor and 9 master supervisors.

II. Objectives

The major aims at cultivating high-quality, inter-disciplinary and applied talents of management with

professional knowledge and skills of HRM. Students are expected to engage in human resource management and

development, personnel management, teaching and science research.

III. Requirements

Students are required to obtain basic knowledge of management, economics and human resource

management and professional skills in HRM. Students are also expected to understand personnel systems,

policies and regulations in the organizations of labor, to master methods and skills of HRM in order to gain

practical abilities in investigating and solving human resource management problems.


1. Have the basic knowledge and skills of management science, human resource management, economics,

humanities and laws;

2. Be competent in a foreign language (English); be familiar with the latest development of human resource;

3. Be competent in computer skills; be familiar with the latest development of IT technology;

4. Equip with related fundamentals of mathematics and statistics; have the ability of data collecting and

analyzing;

5. Master the basic methods of information retrieval and query; grasp qualitative and quantitative analysis

methods;

6. Have the abilities of coordination and communication, leadership and decision-making, organization

designing and managing;

7. Have the potential of career development, innovation and entrepreneurship;

8. Have awareness of professional ethics and law.






Leading Discipline: Business Management

Interdisciplinary Subjects: Economics, Psychology

VI. Core courses

Principles of Management, Organizational Behavior, Human Resources Development and Management,


266

Human Resource Strategy and Planning, Job Analysis, Recruitment and Assessment, Training Management,

Performance Management, Compensation Management, Labor Relations Management, etc.



Graduation Practice and Graduation Thesis, etc.






267

人力资源管理专业教学计划进程表Table of Teaching Plan for Major of Human Resource Management

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019





1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013













3 48 3 007

07024501 会计学‖Accounting 3 40 8 3 007

07027401 人力资源开发与管理‖Human Resource 2 32 2 007


268

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Development and Management



3 40 8 3 007

07028602 市场营销‖Marketing 2 32 2 007



15042501 中国劳动法‖Chinese Labor Law 2 32 2 015






07036902 工作分析‖Work Analysis 2 32 2 007

07047201 绩效管理‖Performance Management 2 32 2 007

07043202 劳动经济学‖Labour Economics 2 32 2 007

07044103 培训管理★‖Training Management★ 2 32 2 007


07044001 人力资本概论‖Introduction to Human Capital 2 32 2 007

07043904人员招聘与测评‖Staff Recruitment andEvaluation

3 32 16 3 007


07060101 心理学原理‖Principles of Psychology 2 32 2 007

07044603 薪酬管理‖Compensation Management 2 32 2 007


1 16 1 007




07048901员工关系管理‖Employee RelationManagement

2 32 2 007

07044802组织理论与设计‖Organization Theory andDesign

2 32 2 007



07036702 管理工效学‖Management of Ergonomics 2 24 8 2 007

07051401管理决策模拟与实验‖ManagementDecision-Making Simulation and Experiment

3 32 16 3 007

07039901 管理思想史‖History of Management Thoughts 2 32 2 007

07060201 领导力开发‖Leadership Development 2 32 2 007

07052302 企业文化管理‖Corporate Culture Management 2 32 2 007

07060301 人力资源信息化管理‖HR Informationalization 2 20 12 2 007


2 16 16 2 007


2 16 16 2 007

07049002职业健康与劳动保障‖Occupational Health andLabor Protection

2 32 2 007

07056301 职业生涯管理‖Career Management 2 32 2 007


2 16 16 2 007



269

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



23 284 84 4 2 13 4





.


270

会计学一、专业介绍

本专业始建于上世纪 80 年代初，经过三十多年的发展，已形成我校会计学专业数理基础扎实、动手

能力强、适应好的办学优势和特色.课程设置以市场需求为导向，充分考虑社会对会计人才知识结构更新的

需要，注重会计实务操作技能的训练，逐步形成分析和解决会计问题的思维能力与应用能力。日常教学注

重夯实学科基础和专业基础,同时强化会计实际应用，其中强化实际应用将分别进行认识实习、社会调查、

模拟实习、计算机综合模拟实验、科研训练、毕业实习和毕业论文等实践活动，为学生毕业后尽快适应社

会和融入社会奠定厚实基础。毕业生面向工商企业、金融企业、会计师事务所、政府机关和科研院所等各

类组织，就业率在兄弟高校同类专业中名列前茅。

二、培养目标

适应 21 世纪社会对会计人才的要求，紧密结合实际，突出素质教育，注重能力培养，具有扎实的会

计理论与实务操作能力，胜任工商企业、金融企业、会计师事务所、政府机关和科研院所等各类组织从事

会计实务的高素质、复合型和应用型人才。

三、培养要求

本专业以夯实基础和强化专业训练为总体培养要求。基础课包括通识教育基础课和学科基础课两类，

为专业方向课的学习打下坚实基础。学生通过学习会计学理论和方法，接受会计方法与技能的训练，能独

立进行调查研究与综合分析，具有熟练应用计算机进行有关会计核算与监督的基本能力。同时，兼涉法学

和工学等学科知识，拓展学生视野，增强学生适应能力。课堂教学注重与注册会计师等各类资格考试接轨，

为学生在校期间或毕业后参加注册会计师、国际财务管理师和注册税务师等资格考试奠定基础。

毕业生在专业基础理论、实践能力、创新能力、学习能力等方面应达到的要求：

1．掌握会计学专业较系统的学科理论与方法；

2．具有较强的外语、数学和计算机运用能力；

3．熟悉国内外与会计相关法律、法规和国际会计惯例；

4．具有较强的语言与文字表达、人际沟通和信息获取能力；

5．掌握会计学定性与定量分析方法；

6．具备较强的分析思考与研究解决会计基本问题的能力；

7．掌握会计学专业的发展动态和前沿理论，具有较强的学习能力和创新能力。







交叉学科：经济学、金融学


会计学、中级财务会计、成本会计、财务管理、管理会计、高级财务会计、审计学、会计信息系统、

统计学原理、微观经济学、宏观经济学和管理统计等。


271







272

Accounting

I. Introduction

Accounting, established in the late 1980's, has developed its features in solid mathematical foundation and

operation ability. Oriented by market demands, the major gives full consideration to the social need and focuses

on accounting operation skills.

The major stresses basic professional knowledge and reinforces the accounting operation, including

cognition practice, social survey and simulation practice, comprehensive computer simulation experiment,

scientific research training, graduation practice and graduation thesis, in order for students to adapt to the

society after graduation. Graduates are expected to work for enterprises, commercials, financial firms,

accounting offices, government departments and research institutes.

II. Objectives

The major aims at cultivating accounting talents with high quality and operation ability. Graduates are

required to have a solid foundation in accounting theories and methods to be qualified for the jobs in industrial

and commercial enterprises, financial enterprises, accounting offices, government and research institutes.

III. Requirements

Students are required to obtain abilities of accounting, supervising, surveying independently and analyzing

integratedly by theory learning and skill training in accounting. Students are able to meet the requirements of

certification examinations on Certified Public Accountants, International Finance Managers and Certified Tax

Agents.


1. Master systematic theories and methods in accounting;


3. Be familiar with domestic and foreign laws and regulations about accounting;



5. Master qualitative and quantitative analysis methods in accounting;

6. Possess abilities to solve accounting issues;

7. Understand frontiers and development trend of accounting; have abilities in self-learning and innovation;




Degree: Bachelor of management


Leading Discipline: business management

Interdisciplinary Subjects: economics, finance

VI. Core courses

Accounting, Financial Accounting, Cost Accounting, Financial Management, Management Accounting,

Advanced Financial Accounting, Auditing, Accounting Information Systems, Statistics Principles, Microeconomics,


273

Macroeconomics, Management Statistics, etc.









274

会计学专业教学计划进程表Table of Teaching Plan for Major of Accounting

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019





1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013













3 48 3 007

07024501 会计学‖Accounting 3 40 8 3 007

07027401 人力资源开发与管理‖Human Resource 2 32 2 007


275

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Development and Management



3 40 8 3 007

07028602 市场营销‖Marketing 2 32 2 007









07021201 成本会计‖Cost Accounting 3 40 8 3 007

07051302 高级财务会计‖Advanced Financial Accounting 3 48 3 007

07022203 管理会计‖Management Accounting 2 32 2 007

07038802 会计实训＊‖Accounting Practical Training＊ 2 80 2 007

07024403 会计信息系统‖Accounting Information System 3 32 16 3 007


07028101 审计学‖Auditing 3 40 8 3 007

07051901 税法‖Tax Law 3 48 3 007




07045903中级财务会计‖Intermediate FinancialAccounting

5 70 10 5 007



07020504高级财务管理‖Advanced FinancialManagement

3 40 8 3 007

07046102国际财务管理‖International FinancialManagement

2 32 2 007

07052102国际审计与鉴证‖International Auditing andVerification

2 32 2 007

07051101 金融会计‖Financial Accounting 2 32 2 007

07049801 内部控制学‖Internal Control 2 28 4 2 007


3 24 24 3 007

07047104供应链成本管理‖Cost Management in SupplyChain

2 32 2 007


2 16 16 2 007


1 16 1 007

07038001证券投资分析‖Security Analysis andInvestment

2 24 8 2 007

07033101 资产评估‖Capital Rating 2 32 2 007


2 16 16 2 007



23 324 76 5 9 9


276






277

财务管理一、专业介绍

本专业始建于上世纪 90 年代后期，经过近二十年的发展，逐步形成数理基础扎实、专业能力强的办

学优势和特色。课程设置以市场需求为导向，充分考虑社会需求，通过对财务管理理论和方法的传授和应

用技术的训练，培养分析和解决财务管理问题的思维能力和综合管理能力。日常教学注重夯实学科基础和

专业基础、同时强化财务管理实际应用，其中强化实际应用将分别进行认识实习、社会调查、模拟实习、

计算机综合模拟实验、科研训练、毕业实习和毕业论文等实践活动，为学生毕业后尽快适应社会和融入社

会奠定厚实基础。毕业生面向工商企业、金融企业、会计师事务所、政府机关和科研院所等各类组织，就

业率在兄弟高校同类专业中名列前茅。

二、培养目标

适应 21 世纪社会对财务管理人才的要求，紧密结合实际，突出素质教育，注重能力培养，把学生培

养成为掌握现代企业财务管理基本理论与方法，具备管理、经济（金融）和法律等相关知识和能力，胜任

工商企业、金融企业、政府机关和科研院所从事财务管理工作的高素质、复合型和应用型财务管理人才。

三、培养要求

学生通过对财务管理的理论和方法的学习和训练，接受财务管理方法与技能的训练，能独立进行调查

研究与综合分析，具有熟练应用计算机进行有关财务管理决策的基本能力。同时，兼涉法学和工学等学科

知识，拓展学生视野，增强学生适应能力。课堂教学注重与注册会计师等各类资格考试接轨，为学生在校

期间或毕业后参加注册会计师、国际财务管理师和注册税务师等资格考试奠定基础。

毕业生在专业基础理论、实践能力、创新能力、学习能力等方面应达到的水平：

1．掌握财务管理专业较系统的学科理论与方法；

2．具有较强的外语、数学和计算机运用能力；

3．熟悉国内外有关财务管理相关法律与法规；

4．具有较强的语言与文字表达、人际沟通和信息获取能力；

5．掌握财务管理定性与定量分析方法；

6．具备较强的分析思考与研究解决财务管理基本问题的能力；

7．掌握财务管理专业的发展动态和前沿理论，具有较强的学习能力和创新能力。


标准学制：四年；

修业年限：三至六年；



主干学科：工商管理；

交叉学科：会计学、金融学


中级财务会计、财务管理、高级财务管理、财务分析、管理会计、成本会计、国际财务管理、宏观经

济学、微观经济学、财务信息系统和运筹学等。



278






279

Financial Management

I. Introduction

Financial Management, established in the late 1990's, has developed its features in solid mathematical

foundation and excellent ability. Oriented by market demands, the major gives full consideration to the social

need and focuses on financial management application technology and integral management ability.

The major stresses basic professional knowledge and reinforces the financial management application,

including cognition practice, social survey and simulation practice, comprehensive computer simulation

experiment, scientific research training, graduation practice and graduation design thesis, in order for students to

adapt to the society after graduation. Graduates are expected to work for enterprises, commercials, financial

firms, accounting offices, government and research institutes.

II. 0bjectives

The major aims at cultivating financial management talents with high quality and application ability.

Students are required to have a solid foundation in financial theories and methods, related knowledge in

management, finance and law. Graduates are expected to be qualified for the jobs in industrial and commercial

enterprises, financial enterprises, accounting offices, government and research institutes.

III. Requirements

Students are required to obtain abilities to survey independently, analyze problems integratedly, and make

decisions on related financial management problems by theory learning and skill training in financial

management. Students are able to meet the requirements of certification examinations on Certified Public

Accountants, International Finance Managers and Certified Tax Agents.


1. Master systematic theories and methods in financial management;


3. Be familiar with domestic and foreign laws and regulations about financial management;



5. Master qualitative and quantitative analysis methods in financial management;

6. Possess abilities to solve financial management issues;

7. Understand frontiers and development trend of financial management; have abilities in self-learning and

innovation;




Degree: Bachelor of management


Leading Discipline: business management

Interdisciplinary Subjects: accounting, finance

VI. Core courses


280

Financial Accounting, Financial Management, Advanced Financial Management, Financial Analysis,

Management Accounting, Cost Accounting, International Financial Management, Macroeconomics,

Microeconomics, Financial Information Systems, Operational Research, etc.









281

财务管理专业教学计划进程表Table of Teaching Plan for Major of Financial Management

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019





1 40 1 007

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013













3 48 3 007


282

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


07024501 会计学‖Accounting 3 40 8 3 007


2 32 2 007



3 40 8 3 007

07028602 市场营销‖Marketing 2 32 2 007









07021201 成本会计‖Cost Accounting 3 40 8 3 007

07020504高级财务管理‖Advanced FinancialManagement

3 40 8 3 007

07022203 管理会计‖Management Accounting 2 32 2 007

07046102国际财务管理‖International FinancialManagement

2 32 2 007

07038802 会计实训＊‖Accounting Practical Training＊ 2 80 2 007


07051901 税法‖Tax Law 3 48 3 007




07038001证券投资分析‖Security Analysis andInvestment

2 24 8 2 007

07045903中级财务会计‖Intermediate FinancialAccounting

5 70 10 5 007



07039501保险原理与实务‖Insurance Theory andPractice

2 32 2 007

07046402 财务信息系统‖Financial Information System 3 32 16 3 007

07051302 高级财务会计‖Advanced Financial Accounting 3 48 3 007

07052102国际审计与鉴证‖International Auditing andVerification

2 32 2 007

07049801 内部控制学‖Internal Control 2 28 4 2 007


3 24 24 3 007

07028101 审计学‖Auditing 3 40 8 3 007


2 16 16 2 007



1 16 1 007

07033101 资产评估‖Capital Rating 2 32 2 007



25 332 68 3 7 15


283






284

信息管理与信息系统一、专业介绍

本专业始建于 1985 年，是我国改革开放以来较早建立的同类专业之一。2005 年作为“江苏省特色专业”

挂牌招生，2012 年入选工业与信息化部“十二五”重点专业。本专业毕业生遍布国防科技信息研究单位、政

府、金融以及相关大型国有企业和上市公司，主要从事信息系统开发、数据处理、信息分析工作。

1.在培养方向的定位上，充分突出面向企事业单位、政府信息化、国防科技信息工作需求为核心的复

合型信息管理人才的目标特色；

2.在教学体系的设置上，充分突出计算机技术应用、经济管理、科技信息处理以及企业信息管理四大

知识系列之间有机融和的建设特色；

3.在学生能力的培养上，重视知识教学与学生能力和素质培养的紧密结合，充分突出学生信息系统开

发应用以及信息分析的基本能力培养的专业特色。

二、培养目标

本着高校与社会零距离的原则，本专业以“质量第一、凝练特色、培育优势、服务社会”为指导思想，

坚持以学生为中心，严格“师资、教学、科研、实践、反馈”等关键培养环节的管理，以国家经济建设需

求为导向，以科研项目和教学改革为推动，以联合实验室、实习基地为依托，培养具有计算机网络技术应

用技能、信息组织与分析的基本方法、经济管理与企业信息管理基础理论与知识的现代综合型、高素质的

信息管理专门人才。

本专业毕业生可在各类公司企业、政府部门、以及国防科技信息单位从事信息化管理工作，信息系统

的规划、设计、建设与实施工作，以及经济和科技信息分析与决策工作。

三、培养要求

重点围绕企事业单位、国防信息化需求，本专业学生需要掌握基于网络的信息系统开发技术、信息

分析与决策方法、信息资源管理的知识与技能；掌握科技信息组织与处理的基本方法，并将相关思想与理

论应用到网络信息、国防科技信息的处理上；掌握经济管理相关知识，以为从事信息管理工作开展奠定基

础。

本专业的毕业生应获得以下几个方面的知识和能力：

1.掌握信息采集、信息组织与处理的基本方法，具备相应的信息采集和组织能力；

2.掌握数据建模与信息分析的理论知识和主要方法，具备数据建模与分析能力；

3.掌握科技信息、网络信息资源管理的知识和技能，并能综合运用以辅助信息决策，形成较强的信息

提炼与决策能力；

4.熟悉通用数据分析软件和工具，具备数据分析软件与工具应用能力；

5.掌握企业信息化系统的基础知识，具备信息系统需求分析和规划的基本能力；

6.掌握软件系统分析与设计的基本流程和方法，具有信息系统分析与设计能力；

7.熟悉数据库原理及方法、熟练掌握一门计算机语言，具有一定的信息系统架构与开发能力；

8.了解信息化项目组织与实施的基本流程，具有一定的项目组织与实施能力。





285



主干学科：信息管理与信息系统

交叉学科：计算机科学与技术、管理科学、电子商务


信息管理学、信息分析与决策、竞争情报理论与实践、信息组织、计算机信息检索、管理信息系统、

ERP 原理与应用、计算机原理、计算机网络基础及应用、数据库原理及应用、面向对象的程序设计及 Java语

言、网页制作与网站建设等。


认识实习、学年论文、专业课程设计、毕业实习、毕业论文、军事训练、社会调查、学科前沿讲座等。





286

Information Management and Information Systems

I. Introduction

Information Management and Information Systems, a ministerial and provincial key major, was established

in 1985. Currently, the major offers bachelor and master degree. The major has an excellent faculty team,

undertaking a number of projects supported by the National Natural Science Foundation, the National Social

Science Foundation, the Science Foundation of Ministry of Education, and other projects commissioned by local

governments and industries. Graduates are expected to pursue careers of information system developing, data

processing and information analyzing in scientific and technological information service and research

organizations, government, financial industries, and large state-owned enterprises and listed companies.

II. Objectives

The major aims at cultivating high-quality information management talents with solid fundamental theories,

systematic knowledge and operational skills in information organization and analysis, computer technology,

economic management and industrial information management. It is oriented by national economic construction,

promoted by research projects and teaching reform, and based on combined labs and internship bases.

III. Requirements

Students are required to obtain knowledge of information system development technology based on

network, information analysis and decision-making, informational resources management, and economic

management. Students are also expected to grasp basic methods in information organizing and processing to

apply to the processing of network information and science information.


1. Grasp basic methods and abilities of information collecting, organizing and processing;

2. Grasp basic methods and abilities of data modeling and analyzing;

3. Grasp basic methods and abilities of information refining and decision-making;

4. Be capable of using data-analyzing softwares and tools;

5. Grasp basic knowledge and abilities of demand analyzing and planning of information systems;

6. Grasp basic methods and abilities of designing information systems;

7. Be familiar with data base principles and methods; be competent in a computer language; have abilities in

developing and framing information systems;

8. Be familiar with basic procedures of organizing and implementing informationization projects; grasp

abilities of organizing and implementing projects.




Degree: Bachelor of Management (BOM)


Leading Discipline: Information Management and Information Systems

Interdisciplinary Subjects: Computer Science, Management, Economics

VI. Core courses


287

Information management, Information analysis and decision-making, Theory and practice of competitive

intelligence, Information Organization, Information retrieval, Management information system, Principle and

application of ERP, Principle of computer science, Foundation and application of network, Principle and

application of database, Object-oriented programming and Java, Webpage making and website construction, etc.


Cognition practice, Academic papers, Graduation practice, Graduation thesis, Military training, Social survey,

Disciplinary frontiers, etc.






288

信息管理与信息系统专业教学计划进程表Table of Teaching Plan for Major of Information Management and Information Systems

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013









07058101ERP 原理与应用‖Principles and Application ofERP

3 32 16 3 007

07040404电子商务概论★‖Introduction to E-Commerce★

3 40 8 3 007


07022502管理信息系统★‖Management InformationSystem★

2 32 2 007


289

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


07024501 会计学‖Accounting 3 40 8 3 007

07050201计算机网络基础及应用‖Computer NetworkFoundation and Application

3 32 16 3 007

07024903计算机信息检索‖Computer InformationRetrieval

2 30 2 2 007

07036301 计算机原理‖Principle of Computer 3 40 8 3 007

07047002竞争情报理论与实践‖Theory and Practice ofCompetitive Intelligence

2 24 8 2 007


07041802数据库原理及应用‖Principles and Applicationsof Database

3 32 16 3 007

07040002网页制作与网站建设‖Webpage Design andWebsite Construction

3 32 16 3 007

07030901 信息管理学‖Information Management 3 46 2 3 007





07020802 操作系统原理‖Principles of Operating System 3 44 4 3 007

07042001电子商务物流管理‖E-Commerce LogisticManagement

3 32 16 3 007

07050702面向对象的程序设计及 JAVA语言‖

Object-Oriented Programming and the JavaLanguage

3 32 16 3 007

07028701 数据结构★‖Data Structures★ 3 32 16 3 007

07030701信息分析与决策‖Information Analysis andPolicy Making

3 32 16 3 007

07031304 信息组织‖Information Organization 3 36 12 3 007




07042501 专业课程设计＊‖Course Design＊ 2 80 2 007



07050601Web 程序设计技术及应用‖Web ProgrammingTechniques and Applications

2 20 12 2 007

07058401 科学研究方法‖Method of Scientific Research 2 32 2 007

07048801客户关系管理‖Customer RelationManagement

2 32 2 007

07028602 市场营销‖Marketing 2 32 2 007


2 16 16 2 007


07058201信息获取与信息咨询‖Information Retrival andInformation Consultation

2 32 2 007

07058301 信息经济学‖Information Economics 2 32 2 007

07041701 信息系统安全‖Information System Security 2 26 6 2 007

07051502信息系统开发工具‖Information SystemDeveloping Toolkit

2 20 12 2 007


1 16 1 007



21 282 54 2 17 2


290


2.课程名称标有“★”的课程为中文、全英文授课课程，标有“▼”的课程为全英文授课课程，其余课程均为中文授课课程.Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, VI, VIII are for spring semester.



291

电子商务一、专业介绍

2001 年全国首批 13 所院校开办的电子商务本科专业之一。电子商务在宏、中、微观经济活动中都具

有重要的地位，它是现代商务活动中新兴的先进的生产力。电子商务专业侧重研究在网上虚拟空间开展贸

易活动需要的理论与技术，该专业的人才培养要与社会主义市场经济的不断发展和社会对该类人才的需求

紧密结合。

电子商务专业为培养能够从事电子商务实际工作的高级专门人才而设置。本专业的特色是：

1.在强调商务管理基本理论知识和业务技能学习的同时，根据我校较强的工科背景和该专业在信息组

织与检索、制造型企业信息化、信息分析、数据挖掘、商务智能建设领域积累的大量经验，充分突出商务

领域计算机信息网络应用能力、信息分析与数据挖掘能力的培养；

2.在强调电子商务系列知识学习的同时，结合各类企业的现状，突出企业与供应链上下游企业之间的

商务管理、物流管理知识和技能的传授，具有较强的针对性和实用性，并注重加强培养学生运用理论知识

分析问题、解决问题的能力。

二、培养目标

该专业的人才培养必须贯彻党的教育方针，以国家经济建设需求为导向，以现代经济学管理学理论和

现代信息技术为支撑，培养具有较扎实的经济管理与现代商务的理论基础，熟悉信息系统管理及应用技术，

掌握电子商务、网络营销、网络金融和现代物流等学科的基本原理与技术，能够从事现代商务管理、尤其

是在企业电子商务发展过程中，熟悉供应链上下游的各种电子化运输、仓储、配送业务与技术，能够对电

子商务系统的建设、运营及应用进行管理的高素质专门人才。本专业毕业生可在各类电子商务企业、生产

制造企业、专业物流公司及流通企业从事电子化的采购管理、仓储运输管理、库存管理及客户市场管理等

各项管理工作，以及进行企业电子商务系统的规划设计。

三、培养要求

毕业生应获得以下几方面的知识与能力

1.掌握经济、贸易与商务管理等方面的基本理论知识，具备基本的商务贸易能力；

2.掌握市场营销、网络营销、电子商务安全、电子银行管理和网络企业经营管理知识，具备电子商务

基本应用能力；

3.掌握企业市场信息、经济技术信息采集、组织与分析的知识和技能，具备数据采集与分析能力；

4.掌握网页设计、信息组织、网站建设和 web 开发的知识和技能，具备网站建设和维护能力；

5.掌握管理信息系统设计、分析、开发、实施、应用及管理的基本理论及技术，具备信息系统规划与

架构能力；

6.具备电子商务系统分析与设计能力；

7.具备电子商务系统建设与应用能力；

8.具备企业电子商务组织与实施管理能力。






292


主干学科：电子商务

交叉学科：管理科学、商务经济学、信息管理与信息系统、计算机科学与技术


电子商务概论、电子商务物流管理、市场营销、网络营销、客户关系管理、管理信息系统、ERP 原理

与应用、信息管理学、信息分析与决策、竞争情报理论与实践、网页制作与网站建设等。


认识实习、学年论文、专业课程设计、毕业实习、毕业论文、军事训练、社会调查、学科前沿讲座等。





293

Electronic Business

I. Introduction

Electronic Business, founded in 2001, is among the earliest 13 universities in China to provide

undergraduate program in e-business. The major focuses on the theories and techniques related to online

business activities, including mobile commerce, electronic capital transfer, supply chain management, Internet

marketing, online transaction processing, electronic data interchange (EDI), inventory management, etc. This

program aims to cultivate a new generation of managers, planners, analysts, and programmers devoted to

e-business. The major is featured by knowledge incorporation and practice orientation, so as to develop

students’ abilities in problem analyzing and solving, business data analyzing, data mining, and business network

technique application.

II.Objectives

The major aims at cultivating high-quality e-business talents with solid fundamental theories and systematic

knowledge in economic management, contemporary commerce, technology of information system management

and application, e-business, online marketing, online finance and modern logistics. Graduates are expected to

work at a wide variety of industries and professions, including e-business companies, manufacturing firms,

logistics corporations, to dedicate to e-procurement management, inventory and distribution channel

management, customer relationship management, planning and design of e-business systems, etc.

III. Requirements


1. Grasp basic knowledge and theories in economics, trade, and business management; be capable of

managing business;

2. Grasp basic knowledge of marketing, e-marketing, e-business security, online banking management; be

capable of e-business application;

3. Grasp basic knowledge and skills of colleting, organizing and analysis of market, technical and other

related enterprise information; be capable of data collecting and analyzing;

4. Grasp basic knowledge and skills of webpage making, information organization, website construction and

web programming; be capable of website construction and maintained;

5. Grasp basic theories and skills of design, analysis, development and application of management

information systems; be capable of information system planning and architecture;

6. Be capable of analysis and design of e-business systems;

7. Be capable of construction and application of e-business systems;

8. Be capable of organizing and managing e-businesses.




Degree: Bachelor of Management (BOM)



294

Leading Discipline: E-Business

Interdisciplinary Subjects: Management, Economics, Information Management and Information System,

Computer Science and Technology

VI. Core courses

E-business, E-logistics Management, Marketing, E-marketing, Customer relationship management,

Management information system, Principle and application of ERP, Information management, Information

analysis and decision-making, Webpage making and website construction, Theory and practice of competitive

intelligence, etc.


Cognition practice, Academic papers, Graduation practice, Graduation thesis, Military training, Social survey,

Disciplinary frontiers, etc.






295

电子商务专业教学计划进程表Table of Teaching Plan for Major of Electronic Business

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013









07058101ERP 原理与应用‖Principles and Application ofERP

3 32 16 3 007

07040404电子商务概论★‖Introduction to E-Commerce★

3 40 8 3 007


07022502管理信息系统★‖Management InformationSystem★

2 32 2 007

07024501 会计学‖Accounting 3 40 8 3 007


296

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



3 32 16 3 007

07024903计算机信息检索‖Computer InformationRetrieval

2 30 2 2 007

07036301 计算机原理‖Principle of Computer 3 40 8 3 007

07047002竞争情报理论与实践‖Theory and Practice ofCompetitive Intelligence

2 24 8 2 007



3 32 16 3 007

07040002网页制作与网站建设‖Webpage Design andWebsite Construction

3 32 16 3 007

07030901 信息管理学‖Information Management 3 46 2 3 007





07020802 操作系统原理‖Principles of Operating System 3 44 4 3 007

07042001电子商务物流管理‖E-Commerce LogisticManagement

3 32 16 3 007

07050702面向对象的程序设计及 JAVA语言‖

Object-Oriented Programming and the JavaLanguage

3 32 16 3 007

07028701 数据结构★‖Data Structures★ 3 32 16 3 007

07030701信息分析与决策‖Information Analysis andPolicy Making

3 32 16 3 007

07031304 信息组织‖Information Organization 3 36 12 3 007




07042501 专业课程设计＊‖Course Design＊ 2 80 2 007



07050601Web 程序设计技术及应用‖Web ProgrammingTechniques and Applications

2 20 12 2 007

07058401 科学研究方法‖Method of Scientific Reasearch 2 32 2 007

07048801客户关系管理 ‖ Customer RelationManagement

2 32 2 007

07028602 市场营销‖Marketing 2 32 2 007

07047902统计分析软件及应用 ‖ Statistical AnalysisSoftware and Applications

2 16 16 2 007


07058201信息获取与信息咨询‖Information Retrival andInformation Consultation

2 32 2 007

07058301 信息经济学‖Information Economics 2 32 2 007

07041701 信息系统安全‖Information System Security 2 26 6 2 007

07051502信息系统开发工具 ‖ Information SystemDeveloping Toolkit

2 20 12 2 007

07045701学科前沿系列讲座‖ Lectures on Frontiers ofChemical Engineering

1 16 1 007


必修课程汇总‖Compulsory Courses Total 143 1552 1536 23.5 27 21 18 20 5.5 14 14选修课程汇总‖ Specialized Optional CoursesTotal 23 314 54 2 17 4


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Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, VI, VIII are for spring semester.2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese.

南京理工大学能源与动力工程学院 2014本科专业介绍及教学计划进程表

298

能源与动力工程学院能源与动力工程学院是以兵器科学与技术、动力工程与工程热物理、力学、新能源科学与工程和供热、

供燃气、通风及空调工程等多学科为主的综合型学院。现有国家级重点学科 1 个，国家级重点实验室 1 个。

有博士学位授权点 5 个，博士后流动站 2 个，硕士学位授权点 10 个。

学院设有武器发射工程、能源与动力工程、新能源科学与工程、建筑环境与能源应用工程 4 个本科专

业。武器发射工程为国家特色专业、工业与信息化部重点专业。4 个本科专业均为江苏省重点专业。学院

每年招收约 250 名本科生，100 多名硕士和博士研究生（含留学生）。

学院现有教职工 152 人，其中中国工程院院士 2 人，长江学者特聘教授 2 人，“国家杰出青年基金”

获得者 1 人。博士生导师 21 人，正高级职称 31 人，副高级职称 50 人。学院拥有“国防科技创新团队”2

个、江苏省“科技创新团队”1 个。“兵器科学与技术”为国家重点一级学科。“工程热物理”为江苏省

重点学科。

学院科研力量雄厚，长期从事军民两用高科技研究,承担国家“863”、“973”及“国家自然科学基

金”等高层次项目，并参与多项重大型号项目的研究工作;年均科研经费 4000 万元以上，每年在高水平学

术期刊上发表论文 100 余篇。学院在国防科学技术研究领域取得了一批高水平的科研成果，近五年获得国

家级科技奖励 5 项，省部级科技进步奖 30 余项。

学院积极参与国内外的学术交流活动，至今已先后邀请美国、德国、俄罗斯等十多个国家的专家来院

讲学，学院也先后派出一批专家去国外讲学或从事合作科研。学院编辑出版行业中文核心期刊一部。每年

学院选派有关专家参加国际学术会议。活跃的学术空气促进了学院学术水平的提高，频繁的学术交流扩大

了学院在国内外学术界的影响。与中国兵工学会合作共同负责,于 2010 年在我国北京举办了“第 25 届国际

弹道会议”。

通过长期的教育、教学实践，能源与动力工程学院形成了“全员重视教学、科研促进教学、管理服务

教学”的育人氛围。从制定人才培养方案到课程设计、实践体系、科技创新活动、社会实践、学风建设等

各方面贯彻学校“以人为本，厚德博学”的办学理念，努力使我们培养的学生“成人、成才、成功”。


299

School of Energy and Power Engineering

The School of Energy and Power Engineering is a comprehensive school with the following disciplines:

Weapon Science and Technology, Power Engineering and Engineering Thermal Physics, Dynamics, New Energy

Science and Engineering, and Gas Supply, Ventilation & Air Conditioning Engineering. The School has 1 national

key discipline and 1 national key laboratory. The School offers 5 Ph.D. programs, 2 post-doctoral programs and 10

master programs.

The School offers 4 undergraduate programs, i.e., Weapon Launch Engineering, Energy and Power

Engineering, New Energy Science and Engineering, and Building Environment and Energy Engineering. Weapon

Launch Engineering is the national key major, and key major of the Ministry of Industry and Information

Technology. All the 4 majors are the provincial key majors in Jiangsu. The School enrolls 250 undergraduates and

100 graduates each year (including overseas students).

Of 152 faculty and staff members, there are 31 professors (21 doctoral supervisors) and 50 associate

professors. There are 2 academicians of the Chinese Academy of Engineering, 2 professors of Cheung Kong

Scholars and 1 winner of The National Outstanding Youth Fund. There are 2 Defense Science and Technology

Innovation Teams and 1 Science and Technology Innovation Team of Jiangsu Province. Weapon Science and

Technology is the national key primary discipline. Engineering Thermal Physics is the provincial key discipline in

Jiangsu.

The School undertakes the high level projects such as National Project “863”, National Project “973”, the

National Natural Science Foundation and the major defense projects. The average research funding is over 40

million Yuan (RMB) per year. The faculty members publish over 100 academic papers on high-level academic

journals per year. The School has many achievements in scientific research fields of national defense science and

technology, of which 5 projects obtained national science and technology awards, and 30 projects got ministerial

or provincial science and technology progress prizes since the Eleventh Five.

The School actively involves in academic communication with domestic and overseas research institutions.

Up to now, it has invited professors and experts from US, Germany, Russia, etc. for academic communication and

cooperation. Many professors and experts are invited to give lectures and conduct collaborative research

internationally. The School takes charge of the edition of 1 Chinese core journal, Journal of Ballistics.

Collaborating with Chinese Ordnance Society, the School hosts the 25th International Symposium on Ballistics in

2010 in Beijing.


300

建筑环境与能源应用工程一、专业介绍

建筑环境与能源应用工程专业为江苏省能源动力类重点专业，开办于 1990 年，1994 年正式获准成立，

1999 年根据教育部专业目录调整更名为“建筑环境与设备工程”，2001 年获得“供热、供燃气、通风及空

调工程”硕士点并于 2002 年开始招收硕士研究生。2010 年通过了建设部高等教育建筑环境与设备工程专

业评估委员会的专业教育评估。2012 年普通高等学校本科专业目录中将建筑智能设施、建筑节能技术与工

程专业纳入本专业并更名为“建筑环境与能源应用工程”（简称“建环”专业），专业范围扩展为建筑环境控

制、城市燃气应用、建筑节能、建筑设施智能技术等领域。

本专业学科基础平台宽广、基础厚实、知识面宽、具有向土建、能源动力及能源应用类相关领域拓展

渗透的能力，能适应低碳经济建设与社会可持续发展需求，综合应用现有技术为工程实践服务，具备对新

技术的研发潜力，适应注册公用设备工程师培养规格要求。学生毕业后能在建筑设计研究与规划管理部门、

工程建设公司、设备制造企业、能源开发应用与节能服务企业、运营公司等单位从事供暖、通风、空调、

冷热源、净化及能源应用等方面的规划设计、研发制造、施工组织、运行管理及系统保障等技术和管理工

作。

二、培养目标

培养适应 21 世纪国家建设需要的德、智、体、美全面发展，基础扎实、知识面宽、素质高，具备从

事本专业技术工作所需的基础理论与专业技术知识、实践与创新能力的复合型工程技术应用人才，并适应

注册公用设备工程师的培养要求。毕业生可在设计研究、工程建设、设备制造、运营、节能服务与管理等

企事业单位从事供暖、通风、空调、净化、冷热源、能源应用等方面的规划设计、研发制造、施工组织管

理、运行管理及系统保障等技术或管理岗位工作

三、培养要求

培养的学生应系统掌握本专业知识体系要求的通识知识、自然科学和工程技术基础知识、专业基础及

专业知识。学习的本专业知识领域包括：热科学原理和方法；力学原理和方法；机械原理与控制；电学与

智能化控制；建筑领域相关基础；能源应用技术；工程管理与经济；计算机应用技术知识等。接受建筑环

境与能源供给及应用系统的工程规划与设计、设备应用与开发、施工组织与管理等方面的基本训练，具备

从事本专业领域的规划、设计、研发、生产、施工、管理等方面的基本能力。


1. 具有强烈的社会责任感、科学的世界观、正确的人生观，求真务实的科学态度，踏实肯干的工作作

风，高尚的职业道德及丰富的人文科学素养，具有可持续发展的理念和工程质量与安全意识；

2. 具有建筑环境与能源应用工程领域工作所需要的相关数学、物理、化学等相关的自然科学知识以及

一定的技术、经济管理知识；

3. 掌握扎实的公共基础理论知识、专业基础理论及专业技术知识与技能，了解本专业的发展现状和发

展趋势；

4. 熟悉本专业施工组织与管理方法；了解与本专业有关的政策、法律及法规和本专业领域的技术标准

和规范。

5. 具备应用语言（包括外语）、文字、图表、计算机和网络技术等进行工程表达和交流的基本能力；


301

6. 具有综合运用所学专业知识与技能，提出工程应用的技术方案、进行工程设计及解决本专业一般工

程问题的能力；

7. 具有从事系统与设备设计、开发及工程施工与管理的能力；

8. 具有综合应用各种手段查询资料、获取信息的能力，以及拓展知识领域、继续学习的能力；

9. 具有国际视野和跨文化的交流、竞争与合作能力；

10. 具有建筑环境控制、能源供给与应用及节能工程中应对危机与突发事件的初步能力。






主干学科：土木工程

交叉学科：动力工程及工程热物理、机械工程、环境科学与工程


传热学、工程热力学、流体力学、建筑环境学、流体输配管网、热质交换原理与设备、暖通空调、制

冷技术、锅炉房工艺与设备、建筑设备与能源系统自动化、建筑环境与能源系统测试等。


包括军事训练、金工实习、认识实习、毕业实习、专业课程设计、机械设计基础课程设计、专业系列

实验、VISUAL C++ 课程设计、毕业设计（论文）等。





302

Building Environment and Energy Engineering

Ⅰ. Introduction

Building Environment and Energy Engineering, founded in 1990, offers bachelor and master degree. The

major covers the following research areas: Building Environment Control, City Gas Applications, Building

Energy-saving, Building Facilities Intelligent Technology, etc.

Building Environment and Energy Engineering provides an interdisciplinary platform for researching and

teaching. It expands into civil engineering, energy and power and new energy-related fields, adapts to the

demands for low-carbon economy and sustainable development, and the specifications of certified public facility

engineers. It has research and development potentials for new technologies. The major cultivates students with

wide ranges of knowledge and solid foundation. The graduates are able to be engaged in planning and design,

research and development, manufacturing, construction organization, operation management, system security

and other technical and management work of heating, ventilation, air conditioning, heat source, purification,

energy applications in the research institutes and enterprises.

Ⅱ. Objectives

Building Environment and Energy Engineering cultivates high-quality researchers and engineers with

innovative consciousness, international vision and professional competitiveness. With fundamental theories and

practical capabilities in planning, design, construction, debugging, running management, scientific research and

product marketing of building environment and energy engineering, graduates will be able to do research,

development, teaching and management about heating, ventilation, air conditioning, air cleaning, heating and

cooling source and energy application, and other related fields.

Ⅲ. Requirements

Students are required to acquire knowledge of natural science and engineering technology, and professional

skills in building environment and environment control system, including Principle and Method of

Thermodynamics, Principle and Method of Mechanics, Mechanical Principle and Control, Electronic and

Intelligent Control, Fundamental of Building Field, Energy Application Technology, Engineering and Economic

Management, Computer Application Technology. Students are expected to have abilities in planning and design,

development and application of equipment, construction organizing and management, system operation and

debugging of building environment and energy engineering system.


1. Have social responsibility and occupation morality; Understand state-of-art and development trend of the

discipline.

2. Have knowledge of basic theory and technology, including mathematics, physics, chemistry and others of

natural science, and technical economy and management.

3. Have knowledge of building environment and energy engineering.

4. Be familiar with the professional construction installation, debugging and basic testing method;

understand relevant policies, laws and regulations of building environment energy engineering, and the main

codes and standards about engineering and equipment.

5. Have abilities to use different methods to express engineering technique.


303

6. Possess abilities of designing, analyzing and solving problem in building environment and energy

engineering with integrated use of knowledge and professional skills.

7. Have abilities to develop and design related products and systems, and to perform construction

installation, debugging, operation and management.

8. Master the basic methods of retrieving and information query, and have abilities of lifelong learning.

9. Have abilities to communicate, compete and collaborate internationally.

10. Have abilities to respond to crises and emergencies of building environment control, energy supply &

application, and energy conservation occurring in projects.






Leading Discipline: Civil Engineering

Interdisciplinary Subjects: Power Engineering and Engineering Thermophysics, Mechanical Engineering,

Environmental Science and Engineering.

Ⅵ. Core courses

Heat Transfer, Engineering Thermodynamics, Fluid Mechanics, Building Environmental Science, Fluid

Transmission Network, Principle and Equipment of Heat and Mass Transfer, HVAC, Refrigeration Technology,

Boiler House Technology and Equipment, Automation of Building Equipment and Energy System, Measurement

Technology in Building Environment and Energy System, Fundamentals of Machine Design, College Physics,

College Chemistry, Advanced Mathematics, College English, Computer Technology, Mechanical Graphing,

Electrical Engineering, Fundamentals of Control Engineering, etc.


Military Training, Cognition Practice, Metalworking Practice, Course Design in Building Environment and

Energy Engineering, Course Design in Fundamentals of Mechanics, Professional Experiment, Course Design in

Visual C++ , Graduation Project (Thesis), Graduation Practice, etc.


Complete all the compulsory courses and optional courses of general education (no less than 8 credits). The

minimum requirement for Bachelor of Building Environment and Energy Engineering is 175credits.


304

建筑环境与能源应用工程专业教学计划进程表Table of Teaching Plan for Major of Building Environment and Energy Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006

06000901 Visual C++课程设计＊‖Course Design in C++＊ 1 40 1 006

03030403 大学化学‖College Chemistry 2 32 2 003




1.5 24 1.5 013


1.5 24 1.5 013


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013


01052302 画法几何‖Descriptive Geometry 2 32 2 001




08021502 传热学★‖Heat Transfer★ 4 58 6 4 008



305

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



11038102工程力学实验＊‖Experiments in EngineeringMechanics＊

1 40 1 013

08024502 工程热力学★‖Engineering Thermodynamics★ 4 60 4 4 008

04022801 工业电子学‖Industrial Electronics 4 54 10 4 004

01024101机械设计基础‖ Fundamentals of MechanicalDesign

3 44 4 3 001


1 40 1 001


08035401 建筑环境学‖Building Environment 2 32 2 008

08054301建筑环境与能源应用工程专业导论 ‖

Introduction to Building Environment and EnergyEngineering

1 14 2 1 008



2 32 2 010

08024404 流体力学★‖Fluid Mechanics★ 4 58 6 4 008

08037801 流体输配管网‖Fluid Pipe Network 3 48 3 008

08037702热质交换原理与设备 ‖ Principles andEquipment of Heat and Mass Transfer

2 30 2 2 008





08021702锅炉房工艺与设备‖Boiler Room Equipmentand Technology

2 28 4 2 008

08020802锅炉房课程设计‖ Course Design for BoilerRoom Equipment

2 80 2 008

08038203建筑环境与能源系统测试‖Testing Technologyfor Building Environment and Energy System

2 32 2 008

08036703建筑设备与能源系统自动化‖Building andEnergy Automation System

2 32 2 008

08137903暖通空调（Ⅰ）‖Heating, Ventilating and AirConditioning (Ⅰ)

3 48 3 008

08237903暖通空调（Ⅱ）‖Heating, Ventilating and AirConditioning (Ⅱ)

3 48 3 008

08020102暖通空调课程设计＊‖Course Design for Hvac＊

2 80 2 008


08027401 制冷技术‖Refrigeration Technology 3 48 3 008

08020401制冷技术课程设计 ‖ Course Design forRefrigeration Technology

2 80 2 008

08142801专业系列实验（Ⅰ）‖ Specialty ExperimentSeries(Ⅰ)

1 40 1 008

08242801专业系列实验（Ⅱ）＊‖Specialty ExperimentSeries(Ⅱ)＊

1 40 1 008



08036601 建筑电气工程‖Building Electrical Engineering 2 28 4 2 008

08026401 建筑概论‖Introduction to Architecture 2 32 2 008

08036201建筑给水排水工程‖Building Water Supply andDrainage

2 32 2 008

08054901建筑环境模拟与应用 ‖ Simulation andApplication of Building Environment

2 24 8 2 008

08036303建筑节能与绿色建筑‖ Energy-Efficient andGreen Building

2 32 2 008


306

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


08054401建筑设备工程经济与管理‖ Economy andManagement of Building Equipment Engineering

2 32 2 008

08054501 建筑信息模型‖Building Information Modeling 2 20 12 2 008

08042902空调蓄能技术‖Energy Storage Technology forAir Conditioning

1 16 1 008

08027201 空气洁净技术‖Air Cleaning Technology 2 32 2 008

08054601暖通空调工程设计方法‖Design Method forHVAC Engineering

2 30 2 2 008

08054701 暖通专业外语‖Specialized Foreign Languages 1 16 1 008

08042401 热泵技术‖Heat Pump Technology 2 32 2 008

08060801 施工组织‖Construction Organization 2 32 2 008

08041103太阳能热利用技术‖ Solar Energy ThermalUtilization Technology

1 16 1 008



25 374 26 2 1 6 5 11




.


307

能源与动力工程

一、专业介绍

能源与动力工程专业成立于 1986年，由国家级重点学科——弹道学拓宽发展而来。目前本学科是“211

工程”重点建设专业和品牌专业，江苏省特色建设专业，江苏省高等学校本科重点专业类的核心专业，具

有博士点授予权。能源与动力工程专业以“能源利用与管理、测量与控制”为特色，以实验环境、实习基

地为基础，以教学改革为导向，以优良的教师队伍为主体，培养了大批能源与动力工程领域中能采用动力

工程与工程热物理、机械工程、自动控制、计算机应用技术，进行能源与动力系统及其自动控制的研究开

发、设计、制造、试验、运行、管理等方面工作的高级工程技术人才。毕业生具备动力工程与工程热物理、

机械工程、自动控制、计算机应用技术等方面基础知识和技能，可从事国家有关部门、科研院所、高等院

校、企业、高新技术公司中能源与动力系统及其自动控制的研究开发、设计、制造、试验、运行、管理工

作。

二、培养目标

本专业培养具备动力工程与工程热物理、机械工程、自动控制、计算机应用技术等方面基础知识和技

能，掌握现代能源科学技术，信息科学技术和管理技术，能在国民经济各部门从事热能动力设备及系统的

设计、运行、自动控制、信息处理、计算机应用、环境保护、制冷空调、能源高效清洁利用和新能源开发

等工作的知识面广、基础扎实、创新能力强的复合型高级人才。

三、培养要求

本专业学生主要学习动力工程及工程热物理的基础理论、机械工程基础理论、测量控制与计算机应用

基本技术，掌握前述三个方面的基本技能，接受现代复合型技术人才的基本训练，具备从事相关技术工作

的基本能力。

毕业应获得以下几方面的知识和能力：

1. 具有较好的人文社会科学素养、较强的社会责任感和良好的工程职业道德。

2. 具有从事工程工作所需的相关数学、自然科学知识以及一定的经济管理知识；

3. 掌握扎实的工程基础知识和本专业的基本理论知识，主要包括工程力学、机械、动力工程与工程热

物理、电工与电子学、测量与控制理论、计算机应用技术等基础知识，了解本专业的前沿发展现状和趋势；

4. 获得本专业领域的工程实践训练，具有本专业领域内某个专业方向所必要的深入的专业知识, 掌握

本专业所要求的基本技能，具有综合运用所学科学理论和技术手段分析并解决工程问题的基本能力，能够

参与生产及运作系统的设计，并具有运行和维护能力；

5. 具有较强的计算机能力，掌握文献检索、资料查询及运用现代信息技术获取相关信息的基本方法；

6. 具有创新意识、科学研究的初步能力和对新产品、新工艺、新技术和新设备进行研究、开发、技术

改造和设计的初步能力；

7. 了解与本专业领域技术标准，相关的职业和行业的生产、设计、研究与开发的法律、法规，熟悉环

境保护和可持续发展等方面的方针、政策和法津、法规，能正确认识工程对于客观世界和社会的影响，具

有良好的质量、安全、效益、环境、职业健康和服务意识；

8. 具有一定的组织管理能力、较强的表达能力和人际交往能力以及在团队中发挥作用的能力；

9. 具有适应发展的能力以及对终身学习的正确认识和学习能力,具有较强的创新意识和较高的综合素

质，具有应对危机与突发事件的初步能力；


308

10. 具有较强的外语应用能力,具有国际视野和跨文化的交流、竞争与合作能力。






主干学科：动力工程与工程热物理

交叉学科：机械工程、控制科学与工程、计算机科学与技术


工程热力学、传热传质学、流体力学、热工过程自动调节原理、热工测量仪表、燃料与燃烧学、热源

系统与设备、热力发动机等。


包括认识实习、毕业实习、专业课程设计、热工综合实验、金工实习、VISUAL BASIC 课程设计、毕业

设计、军事训练等。





309

Energy and Power Engineering

Ⅰ. Introduction

Energy and Power Engineering, founded in 1986, offers bachelor, master and doctor degree. The major is

"211 Project" key and brand discipline, and provincial key major in Jiangsu. The major focuses on "energy

utilization and management, measurement and control". Based on excellent experiments environments and

faculty team, the major has cultivated lots of high-profile engineering and technical talents in the area of energy

and power engineering. Graduates are expected to apply the technologies and knowledge of power engineering

and engineering thermal physics, mechanical engineering, automatic control, computer application technology to

develop, design, manufacture, test, operate and manage the energy and power engineering system and its

automatic control for government agency, scientific research institutions, colleges, high-tech companies.Ⅱ. Objectives

The major aims at developing cross disciplinary talents with basic knowledge and innovation abilities of

power engineering and engineering thermal physics, mechanical engineering, automatic control, computer

application technology, and the skills in modern energy science and technology, information science and

technology and management techniques. Graduates are able to develop, design, manufacture, test, operate and

manage the energy and power engineering system and its automatic control, information processing, computer

application, environmental protection, refrigeration and air conditioning, energy efficient and clean utilization,

and the development of new energy in various lines and departments.Ⅲ. Requirements

Students are expected to obtain basic theories of power engineering and engineering thermal physics,

mechanical engineering, and basic technologies of measurement control and computer applications. They are

also required to receive basic training for modern cross disciplinary technological talents and gain the preliminary

abilities for the related technical work.


1. Have awareness of humanities, social responsibility and occupation morality;

2. Have the required knowledge of mathematics, natural science and economic management;

3. Have solid fundamental knowledge of engineering mechanics, mechanical engineering, thermal power

engineering and engineering thermal physics, electrical and electronic engineering, measurement and control

theory, computer application technology; understand state-of-art and development trend of the discipline;

4. Obtain in-depth expertise and basic skills in energy and power engineering to analyze and solve

engineering problems; receive practical engineering training to participate in the work of design and operation of

production systems, and of operation and maintenances;

5. Have a proficient computer skill; master the basic methods of retrieving and information query;

6. Have the awareness of innovation; possess preliminary abilities of designing, researching and developing

for new products, new processes, new technology and new equipment;

7. Understand technical standards, laws and regulations in the related occupations and sectors of

production, design, research and development; be familiar with principles, policies and regulations of

environmental protection and sustainable development; have awareness of quality, safety, efficiency,


310

environment protection, occupational health and sense of service; understand the impact of engineering on the

nature and society;


9. Have self-learning ability and social adaptability; have abilities to respond to crises and emergencies

10. Have a proficient foreign language skill; have abilities to communicate, compete and collaborate

internationally.Ⅳ. Length of program and degree



Degree awarded: Bachelor of EngineeringⅤ. Leading discipline and interdisciplinary subjects

Leading Discipline: Power engineering and engineering thermal physics

Interdisciplinary subjects: Mechanical engineering, Control science and Engineering, Computer science and

technologyⅥ. Core courses

Engineering Thermodynamics, Heat and Mass Transfer, Fluid Mechanics, Automatic Control Theory of

Thermal Process, Fuel and Combustion, Thermal Measurement Instrumentation, Heat Source System and

Equipment, Heat Power Engine etc.Ⅶ. Collective practical teaching session

Cognition Practice, Graduation Practice, Courses Design, Thermal Integrated Experiments, Metalworking

Practice, VISUAL BASIC Course Design, Graduation Design, Military TrainingⅧ. Graduation Requirements


minimum requirement for Bachelor of Energy and Power Engineering is 175 credits.


311

能源与动力工程专业教学计划进程表Table of Teaching Plan for Major of Energy and Power Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践













15045202马克思主义基本原理‖ Introduction to theBasic Principles of Marxism

3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






08021403 传热传质学★‖Heat and Mass Transfer★ 4 56 8 4 008


11022402 复变函数与积分变换‖Complex Functions and 3 48 3 013


312

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Integral Transformation


11038102工程力学实验‖ Experiments in EngineeringMechanics

1 40 1 013

08024502 工程热力学★‖Engineering Thermodynamics★

4 60 4 4 008



4 58 6 4 001



08029201热工测量仪表 ‖ Measuring Instruments ofThermal Energy

3 40 8 3 008

08029701热工过程自动调节原理‖ Auto RegulationPrinciples for Thermal Process

4 56 8 4 008

08035301热工综合实验＊ ‖ Synthetic ThermalExperiment＊

2 80 2 008

08030502 热力发动机‖Thermal Engines 3 44 4 3 008

11029404数学物理方程‖ Equations of MathematicalPhysics

3 48 3 013

必修课程·专业方向课【任选一个组修读】


08030913 毕业实习‖Graduation Practice

Ⅰ

3 120 3 008


08028902 燃料与燃烧学‖Fuels and Combustion 2 30 2 2 008

08030302热交换器原理与设计‖Fundamentals andDesign of Heat Exchangers

2 28 4 2 008

08025002热源系统与设备‖Heat Source Systemand Equipment

3 44 4 3 008


08032902制冷及压缩技术 ‖ Refrigeration andCompression Techniques

3 42 6 3 008

08034603 专业课程设计‖Course Design 4 160 4 008

08030923 毕业实习‖Cognition Practice

Ⅱ

3 120 3 008


08025201过程控制软件技术基础‖Fundamentalsof Software Technique in Process Control

3 40 8 3 008

08025901计算机控制技术‖Controlling TechnologyBased on Computer

2 28 4 2 008

08029401热工过程自动控制系统‖Control Systemfor Theorem Dynamic Process

2 26 6 2 008


08031802微机原理及应用 ‖ MicrocomputerPrinciples and Application

3 40 8 3 008


08030993 毕业实习‖Cognition Practice

Ⅲ（卓工）

3 120 3 008


23020504机械工程综合实习 ‖


2 80 2 022

08025802计算机辅助设计技术‖Computer-AidedDesign Technique

2 16 16 2 008

08028903燃烧污染物控制‖Combustion PollutantControl

3 48 0 3 008

08061101热交换器设计 ‖ Design of HeatExchangers

2 16 16 2 008


313

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


08025003热源系统设计‖Design of Heat SourceSystem

3 32 16 3 008



08070001热源系统课程设计‖ Course Design ofHeat Source System

1 40 1 008



08023502 分布式能源系统‖Distributed Energy System 3 46 2 3 008

08042301核反应堆工程‖Nuclear Reactor Principles andApplications

2 32 2 008

08025601 集散型控制系统‖Distributed Control System 2 24 8 2 008

08025702 计算传热学‖Numerical Heat Transfer 2 16 16 2 008

08026101计算机控制网络技术 ‖ Computer ControlNetwork Technology

2 28 4 2 008

08022601 洁净煤技术‖Clean Coal Technology 3 44 4 3 008

08027801 流化床技术‖Fluidized Beds 2 32 2 008

08054001流体机械原理与设备 ‖ Principles andEquipment of Fluid Machinery

2 28 4 2 008

08023103能源工程计算机辅助设计‖ CAD in EnergyEngineering

2 17 15 2 008

08061201 能源管理‖Energy Management 2 32 2 008

08028903燃烧污染物控制 ‖ Combustion PollutantControl

3 48 3 008

08054201热工 DSP 技术‖ DSP Techniques in ThermalEngineering

2 32 2 008

08030101热工系统辨识与计算机仿真 ‖ SystemIdentification and Simulation for Thermal Process

3 36 12 3 008

08030201热工专题讲座＊‖Lectures in Thermal Scienceand Engineering＊

2 32 2 008

08030701热物理量测技术‖Measurement Technology ofThermophysics

2 32 2 008

08041401新能源发电技术‖Technology of New EnergyGeneration

2 32 2 008

08034401制冷装置自动化‖Automation of RefrigeratingMachines

2 32 2 008


Group I：Compulsory Courses Total154 1716 1620 22.5 24 23 22 19 10.5 14 19


Group II：Compulsory Courses Total154 1716 1630 22.5 24 23 22 19 10.5 14 19


Group III：Compulsory Courses Total157 1706 1750 22.5 24 23 22 19 10.5 17 19


38 541 67 3 13 22






314

新能源科学与工程

一、专业介绍

本专业是国家战略性新兴产业—新能源产业的支撑专业，是江苏省能源动力重点专业类组成专业，具

有新能源科学与工程硕士点和工程热物理博士点新能源方向。本专业成立于 2010 年，是我国首批 11 所新

能源科学与工程本科专业之一。本专业教学内容主要包括常规能源高效清洁开发与利用和新兴能源特别是

可再生能源开发与利用，在太阳能、风能、生物能源、洁净煤及能源动力设备与系统等方向具有优势。毕

业生可从事常规能源与新兴能源产业的装备及系统的设计、制造、测试、运行控制等工作。

二、培养目标

本专业培养具备新能源科学与工程学科扎实的基础理论，系统掌握新兴能源与可再生能源高效清洁开

发利用、常规能源高效清洁开发利用以及相关能源动力设备与系统的专业知识与专业技能，能从事新能源

科学与工程学科及相关领域的基础理论研究、器件、设备与系统的研究、设计、制造、测试、运行、管理

等专业工作，富有专业精神、视野开阔、竞争力强、创新意识浓的高素质工程技术人才。

三、培养要求

本专业学生主要学习以能源高效清洁转换为核心的新能源与能源利用相关基础知识，如力学与机械工

程基础理论、电气工程基础理论、工程数学基础、高效清洁能源基础理论等，掌握前述四个方面的基本专

业技能，接受现代工程技术人才的基本训练，具备从事新能源专业相关工程技术工作的基本能力。

培养的学生必须达到如下的知识、能力与素质基本要求：

1. 具有较好的人文、艺术与社会科学素养；

2. 具有较强的社会责任感和良好的工程职业道德；

3. 具有良好的中英文口头和书面表达能力，具有较强的计算机应用能力；

4. 具有从事工程工作所需的相关数学、自然科学知识以及一定的经济管理知识；

5. 掌握必要的工程基础知识以及本专业的基本理论、基本知识；受到本专业实验技能、工程实践、计

算机应用、科学研究与工程设计方法的基本训练，具有创新意识和对新产品、新工艺、新技术、新设备和

新系统进行研究、开发和设计的初步能力；了解本专业的发展现状和趋势；具有综合运用所学科学理论和

技术手段分析并解决工程问题的基本能力;

6. 掌握文献检索及运用现代信息技术获取相关信息的基本方法；

7. 了解与本专业相关的职业和行业的生产、设计、研究与开发的法律、法规，熟悉环境保护和可持续

发展等方面的方针、政策和法津、法规，能正确认识工程对于客观世界和社会的影响；

8. 具有一定的组织管理能力、较强的表达能力和人际交往能力以及在团队中发挥作用的能力；

9. 具有对终身学习的正确认识和学习能力，具有适应发展的能力；







主干学科：动力工程及工程热物理


315

交叉学科：机械工程、电气工程


能源化学、工程热力学、流体力学、传热传质学、太阳能热利用原理与技术、光伏器件与系统、风能

转化原理与技术、风力发电系统与控制技术、燃烧理论与设备、生物能源工程、储能原理与技术、动力机

械原理与设备、电机与拖动、电力电子技术等。


包括军事训练、金工实习、认识实习、生产实习、课程设计、科研训练和毕业设计等。





316

New Energy Science and EngineeringⅠ. Introduction

New Energy Science and Engineering, a provincial key major in Jiangsu, is a supportive discipline serving for

the national strategic emerging industry — New energy industry. It offers bachelor, master and doctor degree.

The major was founded in 2010 and is one of the first 11 New Energy Science and Engineering undergraduate

programs. Students are required to obtain knowledge in efficient and clean exploitation of the regular energy and

the utilization of the new energy. The major focuses on solar energy, wind energy, bioenergy, clean coal, and

power equipment & system. Graduates are able to engage in the design, manufacturing, testing and control for

the equipment and system of the regular energy and the new energy industry.Ⅱ. Objective

The major aims at cultivating high-quality engineering talents with solid foundation of new energy science

and technology, professional knowledge and related skills of exploiting and utilizing the regular and new energy.

Graduates are expected to be capable of theoretical research, equipment and system research, design,

manufacturing, testing, operation and management in the new energy and related field.Ⅲ. Requirements

Students are required to obtain knowledge about efficient and clean energy conversion, energy exploitation

and utilization, including mechanics and mechanical engineering, electrical engineering, engineering

mathematics, energy conversion and utilization technology. Students are also expected to grasp basic expertise in

the above four areas, to receive training on modern engineering and technology, and to gain ability to pursue

engineering and technology work related to new energy.


1. Have good quality in humanities, arts and social science.

2. Have awareness social responsibility and occupation morality.

3. Have proficient language and computer skills.

4. Have the required knowledge of mathematics, natural science and economic management.

5. Acquire general engineering knowledge and basic theories in new energy science and engineering;

receive professional training in experimental skills, engineering practice, computer application, scientific research

and engineering design; understand state-of-art and development trend of the discipline; have basic ability to

solve practical engineering problems.

6. Master the basic methods of retrieving and information query.



environmental protection and sustainable development; understand the impact of engineering on the nature and

society.

8. Maintain capabilities of organization and management, people skill, and team working.


10. Have abilities to communicate, compete and collaborate internationally.Ⅳ. Length of program and degree



317


Degree: Bachelor of Engineering.Ⅴ.Leading discipline and interdisciplinary subjects

Leading Discipline: Power engineering and engineering thermal physics

Interdisciplinary subjects: Mechanical Engineering, Electrical Engineering.VI. Core courses

Energy Chemistry, Engineering Thermodynamics, Fluid Mechanics, Heat and Mass Transfer, Solar Thermal

Process, PV Devices and Systems, Principle and Equipments of Wind Energy Conversion, Wind Power Generation

and Control Technology, Theory and Equipments of Combustion, Bioenergy Engineering, Principles and

Equipment of Power Machinery, Principles and Technology of Energy Storage, Motor and Drive, Power Electronics,

etc.VII. Collective practical teaching session

Military Training, Metalworking Practice, Cognition Practice, Graduation Practice, Course Design, Research

Training, Graduation Design, etc.Ⅷ. Graduation Requirements


minimum requirement for Bachelor of New Energy Science and Engineering is 175 credits.


318

新能源科学与工程专业教学计划进程表Table of Teaching Plan for Major of New Energy Science and Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013





08021403 传热传质学★‖Heat and Mass Transfer★ 4 56 8 4 008


11022402复变函数与积分变换‖Complex Functions andIntegral Transformation

3 48 3 013



319

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


11038102工程力学实验‖ Experiments in EngineeringMechanics

1 40 1 013

08024502 工程热力学★‖Engineering Thermodynamics★ 4 60 4 4 008



4 58 6 4 001




3 48 3 010


08021901能源动力测量原理与技术‖MeasurementPrinciple and Technology in Energy and PowerEngineering

3 40 8 3 008

08053501 能源化学‖Energy Chemistry 3 44 4 3 008

11029404数学物理方程 ‖ Equations of MathematicalPhysics

3 48 3 013






08022202储能原理与技术‖Principles and Technology ofEnergy Storage

3 46 2 3 008

08053801动力机械原理与设备 ‖ Principles andEquipment of Power Machinery

3 44 4 3 008


08026201燃烧理论与设备‖ Combustion Theoryand Equipment

Ⅰ

3 42 6 3 008

08021101 生物能源工程‖Bioenergy Engineering 3 44 4 3 008

08021201太阳能热转换原理与技术‖Solar ThermalPrinciples and Technology

3 44 4 3 008

08053701 电机与拖动‖Motor and Drive

Ⅱ

3 44 4 3 008

08053101电力电子技术 ‖ Power ElectronicsTechnology

3 44 4 3 008

08054101风力发电系统与控制技术‖Wind PowerGeneration and Control Technology

3 44 4 3 008



16033207材料科学与工程导论 ‖ Introduction toMaterials Science and Engineering

2 32 2 016

08023602电气工程概论 ‖ Introduction to ElectricalEngineering

2 28 4 2 008

08023502 分布式能源系统‖Distributed Energy System 3 46 2 3 008

08023001风能转化原理与技术 ‖ Principle andEquipments of Wind Energy Conversion

3 44 4 3 008

08053401工业测控技术‖ Industrial Measurement andControl

2 28 4 2 008

08060901 光伏器件与系统‖PV Device and System 3 46 2 3 008

08042301核反应堆工程‖Nuclear Reactor Principles andApplications

2 32 2 008

08053301 机电传动控制‖Electric Drive Control 2 30 2 2 008

08022601 洁净煤技术‖Clean Coal Technology 3 44 4 3 008

08054001流体机械原理与设备 ‖ Principles andEquipment of Fluid Machinery

2 28 4 2 008

08023103 能源工程计算机辅助设计‖ CAD in Energy 2 17 15 2 008


320

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Engineering

08061001生物质转换原理与技术 ‖ Principles andTechnology of Bioamss Transformation

2 32 2 008

08053901新能源并网控制技术‖New Energy Grid ControlTechnology

2 32 2 2 008

08024001新能源专题讲座 ‖ Special Lectures in NewEnergy

2 32 2 008


Group I：Compulsory Courses Total157 1800 1536 23.5 24 26 22 19 16.5 7 19


Group II：Compulsory Courses Total157 1802 1534 23.5 24 26 22 22 13.5 7 19


32 471 43 2 6 7 17





.


321

武器发射工程

一、专业介绍

武器发射工程专业为国家特色品牌专业，隶属于国家重点学科——兵器科学与技术，具有硕士点、博

士点和博士后流动站。本专业成立于 1960 年.2012 年，教育部将本科专业目录“武器系统与发射工程”更

名为“武器发射工程”专业。“武器系统与发射工程”专业系 1998 年高等学校本科专业目录调整后由原

“弹道工程”、“火箭导弹发射技术与设备”与“火箭武器”三个专业组成。本专业研究武器从发射、飞

行到命中目标全过程的力学现象、运动规律和测试等有关理论和工程应用技术。随着高新技术迅猛发展及

其在兵器技术中的应用，使得弹箭、火炮高新技术含量不断提高，出现了许多新概念武器。为适应信息化

战争的发展趋势与武器远程化、精确化的要求，本专业目前主要研究方向为：现代火炮发射理论及控制技

术、外弹道理论及弹箭飞行控制技术、弹箭空气动力及增程技术、弹道实验与仿真技术、火箭导弹发射技

术。毕业生可在科研院所、军工企业等部门从事武器发射工程设计、制造、测试和管理等工作。

二、培养目标

本专业培养具备武器系统总体和战斗载荷发射技术以及机械工程和自动化等方面的基础理论知识和工

程实践能力，能在有关科研单位、高等学校、生产企业和管理部门从事系统设计、技术开发、产品制造、

实验测试和科技管理等方面的工作，具有创新精神、国际化视野、竞争力强、业务素质高的研究型高级工

程技术人才。

三、培养要求

本专业学生主要学习武器发射、运载以及相关机械工程与自动化方面的基本理论和基本知识，受到系

统设计、技术开发、产品研制、实验测试及工程管理方面的基本训练，具备系统分析与综合、工程设计与

计算、计算机应用、试验检测方面的基本能力。


1. 掌握科学的世界观和方法论，具有强烈的社会责任感、崇高的职业道德，了解本专业的发展现状和

发展趋势；

2. 掌握较好的人文、经济、艺术等知识，具有良好的社会科学素养；

3. 掌握扎实的基础理论与专业知识，包括：数学、力学、机械学、电子学、计算机、控制科学、弹道

学等相关学科的基本理论、基本知识；

4. 掌握武器发射工程专业的基本技能与专业技能，具有从事本专业领域产品设计、开发、生产制造、

运行管理等方面的工作能力；

5. 具有借助计算机和相关仪器设备，综合运用所学专业知识与技能，解决工程技术实际问题的基本能

力；

6. 熟悉国家有关技术经济和国防建设的方针、政策及法规，了解本专业领域的技术标准和规范；

7. 掌握综合运用各种手段查询资料、获取信息的基本能力，具有一定的科学研究和实际工作能力；

8. 具有一定的国际视野和熟练的外语交流能力；

9. 具有较强的自学能力、创新意识和较高的综合素质；

10. 具有一定的组织管理能力、较强的表达能力和人际交往能力，富有团队合作精神。




322




主干学科：兵器科学与技术、力学

交叉学科：动力工程及工程热物理、机械工程、控制科学与工程


工程流体力学、工程热力学、弹箭空气动力学、内弹道学、外弹道学、实验内弹道学、实验外弹道学、

计算流体力学、武器传热学、新概念武器发射原理、导弹飞行力学、弹箭飞行控制原理、制导弹药总体设

计原理。


毕业设计、毕业实习、金工实习、VISUAL BASIC 课程设计、机械设计基础课程设计、武器专业课程设

计、科研训练等。





323

Weapon Launch Engineering

Ⅰ. Introduction

Weapon Launch Engineering, founded in 1960, is a national key major. It offers bachelor, master and doctor

degree, and also provides post-doctoral program. Weapon Launch Engineering deals with the science and

technologies of mechanics phenomena, movement principles, and testing methodology for weapons in the

process of launch, flight and target hitting. The major covers the following research areas: interior ballistics,

launch theory and control technology for modern guns, exterior ballistics theory and flight control technology

for projectiles and rockets, aerodynamics and range extension technology for projectiles and rockets, ballistic

experiments and simulations, and launch technology of rockets and missiles. The graduates are able to be

engaged in the engineering design, product manufacturing, experimental test, and project management of

weapon launch system in the research institutes and military enterprises.Ⅱ. Objectives

To meet the requirements of the ordnance industry development, Weapon Launch Engineering cultivates

high-quality researchers and engineers with innovative consciousness, international vision and professional

competitiveness. With fundamental theories and practical capability on general design of weapon system,

launch technology of combat loads, mechanical engineering and automation, the graduates are expected to

engage in the system design, technical development, product manufacturing, experimental test, and

management in the academic institutes, universities, and military enterprises.Ⅲ.Requirements

Students are required to acquire the fundamental theories and knowledge about weapon launch, delivery,

civilian mechanical engineering and automation. Students are trained in the aspects of system design, technical

development, product manufacturing, experimental test and management. Students should possess the basic

capabilities of analysis and synthesization, engineering design and computation, computer application and

experimental testing.


1. Have social responsibility and occupation morality; Understand state-of-art and development trend of the

discipline.

2. Gain some knowledge about humanities, economics and arts.

3. Have solid fundamental theory and professional knowledge about mathematics, mechanics, mechanology,

electronics, computers, control science, ballistics, etc.

4. Master basic and professional skills of Weapon Launch Engineering; Have capabilities in the design,

development, manufacturing and management of products.

5. Possess the basic capability of solving practical problems by using the specialized knowledge and skills

through computers and other related equipments.

6. Be familiar with the policies, laws and regulations about technical economy and national defense

construction; Understand the technical standards and norms in the professional field.

7. Master the basic methods of retrieving and information query.

8. Be fluent in foreign languages.


324

9. Have autonomous learning ability and innovative consciousness.

10. Have the organization and management ability, interpersonal communication skills and team spirit.




Degree: Bachelor of EngineeringⅤ. Leading discipline and interdisciplinary subjects

Leading Discipline: Weapon Science and Technology, Mechanics

Interdisciplines: Power Engineering and Engineering Thermophysics, Mechanical Engineering, Control

Science and EngineeringⅥ. Core Courses

Engineering Fluid Mechanics, Engineering Thermodynamics, Aerodynamics for Projectiles and Rockets,

Interior Ballistics, Exterior Ballistics, Experimental Interior Ballistics, Experimental Exterior Ballistics,

Computational Fluid Dynamics, Heat Transfer for Weapons, Propulsion Principle for New Conceptual Weapons,

Flight Dynamics for Missiles, Flight and Control Principle for Projectiles and Rockets, Principle of General Design

for Guided Projectiles.Ⅶ. Collective practical teaching session

Graduation Design, Graduation Practice, Metalworking Practice, Course Design in Visual Basic, Course

Design in Fundamentals of Mechanics, Course Design in Weapon Discipline, Scientific Research Training, etc.Ⅷ. Graduation Requirements


minimum requirement for Bachelor of Weapon Launch Engineering is 175 credits.

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武器发射工程专业教学计划进程表Table of Teaching Plan for Major of Weapon Launch Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




3 32 16 3 006


1 40 1 006




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






08040601弹箭空气动力学‖Aerodynamics for Projectilesand Rockets

3 44 4 3 008




326

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


08024401工程流体力学★‖Engineering Fluid Mechanics★

3 44 4 3 008

08024501 工程热力学‖Engineering Thermodynamics 3 46 2 3 008


3 44 4 3 001

01024203 机械设计基础课程设计‖ Course Design ofMechanical Design Fundamentals

1 40 1 001

05024202机械制造基础‖ Fundamentals of MechanicalManufacture

3 44 4 3 001




2 32 2 010

11027804 理论力学‖Theoretical Mechanics 5 80 5 013


2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004

08031802微机原理及应用‖Microcomputer Principlesand Application

3 40 8 3 008



08028101 内弹道学‖Interior Ballistics 3 44 4 3 008

08037303 实验内弹道学‖Experimental Interior Ballistics 1.5 16 8 1.5 008

08037304 实验外弹道学‖Experimental Exterior Ballistics 1.5 16 8 1.5 008

08031602 外弹道学‖Exterior Ballistics 3 48 3 008

08134701武器专业课程设计（Ⅰ）＊‖Course Design forWeapon(Ⅰ)＊

2 80 2 008

08234701武器专业课程设计（Ⅱ）‖Course Design forWeapon(Ⅱ)

2 80 2 008


Ⅰ

14 560 14 008


08040803计算流体力学 ‖ Computational FluidDynamics

3 40 8 3 008

08041002 武器传热学‖Heat Transfer for Weapons 3 44 4 3 008

08032002 武器概论★‖Introduction to Weapons★ 2 32 2 008

08037401新概念武器发射原理 ‖ PropulsionPrinciples for New Conceptual Weapons

2 32 2 008


Ⅱ

14 560 14 008


08041701弹箭飞行控制原理‖Flight Control Theoryfor Projectiles and Rockets

3 40 8 3 008

08042001导弹飞行力学 ‖ Missile FlightAerodynamics

3 40 8 3 008

08041801飞行控制器件原理‖Principles of FlightControl Devices

2 28 4 2 008

08042101制导飞行器概论 ★ ‖ Introduction toGuided Vehicle★

2 32 2 008


Ⅲ（卓工）

14 560 14 008



1 40 1 064

08042001导弹飞行力学 ‖ Missile FlightAerodynamics

3 40 8 3 008


327

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


23020504机械工程综合实习 ‖


2 80 2 022

08060101可燃元器件与装药技术‖CombustibleComponents and Charge Technology

2 16 16 2 008

08041002 武器传热学‖Heat Transfer for Weapons 3 44 4 3 008

08060201制导弹药技术 ‖ Guided MunitionsTechnology

2 16 16 2 008

08042101制导飞行器概论 ★ ‖ Introduction toGuided Vehicle★

2 32 2 008



08061301弹箭发射动力学 ‖ Launch Dynamics ofProjectiles and Rockets

2 32 2 008

08055301弹箭飞行动力学建模与仿真‖Modeling andSimulation of Flight Dynamics for Projectiles andRockets

2 32 2 008

08040902弹箭简易制导技术 ‖ Practical GuidanceTechnology for Projectiles and Rockets

2 32 2 008

08055201弹箭组合导航原理与技术‖ Principles andTechnology of Integrated Navigation forProjectiles

2 32 2 008


08029002含能材料燃烧理论 ‖ Energetic MaterialsCombustion Theory

2 32 2 008

08025302 火箭外弹道学‖Exterior Ballistics for Rockets 2 32 2 008

08055101火炮装药设计及安全性技术‖ Design andSecurity Technology for Charge of Guns

2 32 2 008

08060001有限元方法及软件应用 ‖ Finite ElementMethod and Software Application

2 24 8 2 008

08041901制导弹药总体设计原理‖Principles of GeneralDesign for Guided Projectiles

2 32 2 008

08055001智能弹药及其发射原理‖Smart Projectile andLaunch Principles

2 32 2 008

01040501 智能化单兵武器‖Intelligent Individual Weapon 2 32 2 001


Group I：Compulsory Courses Total156 1758 1610 24.5 24 23 20.5 15.5 20.5 9 19


Group II：Compulsory Courses Total156 1750 1618 24.5 24 23 20.5 15.5 20.5 9 19


Group III：Compulsory Courses Total161 1758 1752 24.5 24 23 20.5 15.5 20.5 10 23


24 376 8 4 20





南京理工大学设计艺术与传媒学院 2014本科专业介绍及教学计划进程表

328

设计艺术与传媒学院南京理工大学设计艺术与传媒学院成立于2010年。现设有设计艺术、新闻传播2个系，1个省级实验

教学示范中心——艺术设计实验教学示范中心，1个研发中心——江苏省工业设计研究中心。现有教职员

工50人，具有副高以上职称的教师16人，其中教授5人，研究生导师15人。学院拥有1个工业设计二级学

科博士点，设计学、传播学、工业设计3个学科硕士点，1个工业设计工程硕士点；设有工业设计、产品

设计、视觉传达设计、环境设计以及广播电视新闻学等5个本科专业，各类在校生600多名，其中本科生

近500名，博士、硕士研究生100多名。

学院坚持以教学为中心，人才培养为根本，不断深化教学改革，积极探索人才培养模式和教学方法；

建成了一支结构合理、年富力强、学术思想活跃、综合素质好的优秀教师队伍；取得了优异的教学成就。

近年来，学院取得国家教学成果奖1项，江苏省教学成果奖一等奖1项，二等奖2项；拥有江苏省优秀课群、

精品课程各1个；工业设计专业为省特色专业；09年艺术设计实验教学中心成为省艺术设计实验教学示范中

心；2010年工业设计教学团队被评为国家级教学团队；包括产品设计、视觉传达设计和环境设计在内的设计

学类专业，2012年被评为江苏省重点专业（类）；两位青年教师3次（2011、2012、2013年度）入围光华龙腾

奖三十强，并获十佳设计师提名。

在 20 余年的专业教学实践活动中，学院教师潜心教学、锐意进取，在跨学科专业教学、研究性教学

和实践教学等方面，建立了比较完整的教育教学思想体系，并结合专业教学实际开展相应的教学实践活动：

1）跨学科、跨专业联合培养专业设计人才；2）导入工作室培养机制，与企业联合建立实训基地和研

究生工作站；通过研究型教学、互动教学、案例教学、企业设计人员进课堂等方法，强化学生创新意

识和实践能力的培养；3）优化教学资源；通过广泛建立的实践教学基地，锻炼学生理论应用和实践能

力；邀请国内外众多知名学者和专家开设讲座，开拓学生视野，提升专业素养。

近年来，学院开展了多种形式的国际合作与交流活动，与美、英、意、德、日、新加坡、台湾等

国家（地区）的数十家院校建立了友好合作关系。通过每两年主办一次的“国际创新设计与教育论坛

（IDEF）”、国际合作课程及“48 小时”快题设计挑战赛，以及讲座、WORKSHOP、网络合作教学、交换

学生等活动形式，极大地为学生营造了国际化的专业教学背景。2013 年，获得教育部正式批准的、我

院与英国考文垂大学艺术设计学院合作举办的工业设计教育项目正式开班，更使国际化的教育理念与

教学方法常态化。


329

School of Design Arts and Media

School of Design Arts and Media at Nanjing University of Science and Technology (NUST) was founded in

2010, including two departments, Department of Design Art and Department of Journalism & Communication,

one provincial-level experimental teaching model center (Experimental Teaching Demonstration Center for Art

& Design), and one research and development center (Jiangsu Industrial Research & Design Center). There are

over 50 faculty and staff, 16 professors and associate professors, among whom 15 are advisors for

postgraduate students. There are 1 Industrial Design doctoral program and 3 postgraduates master programs:

Design Science, Industrial Design and Communication Studies, and 1 professional master program of Industrial

Design Engineering; 5 undergraduate programs: Industrial Design, Product Design, Visual Communication

Design, Environmental Design, and Broadcasting & TV. The school has over 600 students, of whom more than

500 are undergraduate students; more than 100 are doctoral and master postgraduate students.

School of Design Arts and Media has an excellent teaching team, which is well-structured, young and active,

dynamic and intellectual. The school actively explores talents developing models and teaching methods, which

has gained great achievements in continuously deepening the teaching reform to cultivate high-quality talents. In

recent years, the school has been rewarded 1 prize for the National Teaching Achievement, 1 first and 2 second

prizes of Jiangsu Teaching Achievement, 1 Provincial Excellent Course Programs and 1 High-quality Course.

Industrial Design Program has been approved as the Provincial Special Program; in 2009, Experimental Teaching

Center for Art & Design became the demonstration center for the Provincial Experimental Teaching for art design;

the teaching team of the industrial design was awarded as the National Teaching Team in 2010. Industrial Design,

Product Design, Visual Communication Design and Environmental Design were honored Jiangsu Key Discipline

(Class) in 2012; 2 young teachers have been ranked Top-30 of Guanghua Dragon Prize for three times (Year

2011,2012,2013), and were nominated Top-10 Designers.

During the past 20 years, the teachers of the school have been devoted themselves to teaching and

forged ahead with determination. They have established a relatively complete system in interdisciplinary

teaching, teaching research and teaching practice and have incorporated appropriate practice with program

teaching:

1. The School has pioneered in comprehensive talents’ development of inter-disciplines and

inter-programs in China.

2. The School has innovated the mechanism of teaching, which applies different systems into

classroom teaching, such as studio training, students design and innovation competitions, and practical

working bases and postgraduate workshops established with different enterprises. The students’ innovation

ability and practical capability are well strengthened through various reformed teaching methods, such as

research-style teaching, interactive teaching, case-study teaching, and supervising by professional designers

from enterprises.

3. The School has optimized teaching resources and attached great importance to the construction of

solid foundation of courses with emphasis on theoretical application and practical abilities. Many

well-known scholars, experts and professors have been invited to give lectures to widen students’ vision and


330

improve their professional quality.

In recent years, the school has developed international cooperation and exchange activities in various

forms, and has established friendly cooperative relationships with Purdue University(USA), University of Illinois

Urbana-Champaign(USA), Auburn University(USA), Pratt Institute(USA), Coventry University(UK), Politecnico di

MILANO(ITA), Hochschule Darmstadt University of Applied Sciences(GER), Sapienza University of Rome(ITA),

Kyushu University(JPA), National University of Singapore(SG), Hong Kong Polytechnic University(HK), Taipei

University of Technology(TW), Yunlin University of Science and Technology(TW). Students’ international

professional education background has been greatly improved through various activities, such as International

Design & Education Forum（IDEF）,“48 hours”Design Project cooperated with Purdue University, and lectures,

workshops, online cooperative teaching as well as exchange student programs. In 2013, the School launched a

Joint-education Program of Industrial Design with School of Art Design in Coventry University, which promotes

the international education idea and method.


331

产品设计一、专业介绍

产品设计专业依托于工业设计专业已有的办学基础和资源，2013 年首次面向艺术类学生招生。本专业

为江苏省重点专业（类）。专业教学坚持理论与实践相结合，重视学科的交叉性并已形成了系统、科学的教

学体系与方法，在产品形态设计、计算机辅助设计、新产品开发等方面形成了一定的专业优势与特色。建

立了多个教学实习基地，着重在信息产品、家电产品、交通、装备及国防产品等方面的产品设计领域培养

复合型人才。

二、培养目标

本专业旨在培养具有扎实的产品设计基础理论、设计技能、创新能力和较强的综合素质，并能从事以

产品创新为重点的设计、管理、科研或教学工作的专门人才。以创意生活为宗旨，侧重培养学生艺术与技

术的双重素质。使其具有敏锐的生活观察力、创新思维能力和设计表现力，以完成“创意生活”新产品的

开发设计任务。要求学生能够熟练运用产品设计及开发的相关原理和法则，处理产品设计中，涉及形态与

材料、结构、工艺、功能的关系，建立产品与人、市场、环境的友好关系。学生在毕业 5年内，有能力在

家居产品、产品包装、家电、环境设施等领域，独立完成或组织“创意生活”新产品的开发设计任务。

三、培养要求

本专业学生应具有为社会服务的意识和理念，具备良好的学习能力和综合素质。了解专业相关法律法

规，恪守职业道德，具有较为系统的产品设计专业理论知识和专业技术能力。学生应同时具备必要的人文、

社会科学素养及工程、自然科学能力素养。着重培养学生的创新思维能力、造型能力、设计分析及表达的

能力。


1.遵守职业道德的能力：遵守相关法律、行规。具有涉及安全、保密、环境保护、知识产权保护、尊

重弱势群体的意识。

2.人文和社会科学素养：具有应有的社会责任感与使命感。既对民族传统文化有一定的了解，又保持

开阔的国际化视野。对设计中的美学、社会伦理、可持续发展等问题有较为深刻的理解与认识。具备市场

经济及企业管理方面的一般性知识。

3.交流与协作的能力：具有良好的团队合作意识与能力，能够运用理性的方法和合理的手段清晰表达

自己的观点。能够组织不同专业背景的人员进行项目管理和协作。有较好的语言和文字表达能力，有良好

的英语运用能力，能够与不同国家、不同文化背景的同行进行学术交流与沟通。

4.学习的能力：具有本专业系统的知识结构和框架体系。具有良好的学习习惯、阅读习惯和文献检索

能力。能够了解学科前沿及发展趋势与动态。

5.设计的形式感觉与处理能力：通过基础课程的系统训练，使学生在二维、三维方面有较好的形式感

知和处理能力。能够对涉及材料、形态、色彩、表面处理与加工等方面的问题提出专业方案。

6.设计分析能力：能够对用户心理进行调研和分析；能对产品设计中的人机关系进行分析、对产品使

用方式、材料运用、结构设计的合理性进行分析；能对不同设计方案进行技术评价和选择。

7.设计表达与表现能力：具有良好的手绘、计算机辅助设计和模型制作的能力。能够通过手绘效果图、

电脑效果图、三维数字模型、实物模型、虚拟动画等方式进行设计方案的表达和表现。

8.自然科学理论与知识：通过设计图学、人机工程、结构设计、用户研究等课程的学习，提高学生在

数学、力学、心理学等方面的自然科学素养和知识水平。


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9.工程学理论与能力：通过学习工程图学、机械结构、制造、材料加工等方面的知识，提高学生的工

程学理论与运用能力。

10.创新能力：培养学生开阔的专业视野、创新意识和想象能力。通过提高学生在图形、三维形态、结

构设计等方面的创造能力，使学生初步具备通过综合运用专业知识进行新产品开发与研究的能力。




授予学位：艺术学学士


主干学科：艺术学

交叉学科：机械工程


表现技法、设计图学、产品形态设计与研究、产品设计基础、人机工程学、产品结构设计、用户研究、

产品设计（系列）、家具设计、展示设计等。


军事训练、产品设计调研、金属工艺实习、民俗调研与写生、毕业实习、毕业设计





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Product Design

Ⅰ.Introduction

Product Design, a provincial key major in Jiangsu, began to enroll students in 2013. Supported by the

educational resources and experiences of Industrial Design, the major focuses on the combination of theory

and practice, and attaches importance to the interaction of disciplines. A systematic and scientific teaching

pattern has been established. The major has advantages and characteristics in product form design,

computer-aided design, and new products development. It has built several teaching practice bases to

cultivate cross disciplinary talents in the design of information products, household facilities, transportation,

equipment and defense products.

Ⅱ. Objectives

The major aims to cultivate talents with solid foundation of knowledge, theory and skills in product design

and innovation to engage in design, management, research and education. Based on the idea of “Creative Life”,

the program focuses on developing qualities of art and technology. Students are required to be familiar with

design principles and rules to deal with the relations of a variety of products between form, structure,

materials and processes, to establish friendly relationship between people, environment and market. They will

also have the ability to independently organize the implementation of the actual product development tasks

for “Creative Living".

Ⅲ.Requirements

Students are required to have consciousness of serving the society; have a good learning ability and

all-round quality. Students are expected to understand professional relevant laws and regulations, abide by

professional ethics, have the ability of systematic theoretical knowledge and technical expertise in product

design. Students are also required to have awareness in humanities, social sciences and natural science.

Emphasis will be put on cultivating students' innovative thinking, modeling capabilities, design analysis and

presentation skills.


1. Have abilities to comply with professional ethics: compliance with relevant laws and regulations,

have awareness in security, confidentiality, environmental protection, intellectual property protection;

2. Have sense of social responsibility and mission, domestic traditional culture, global perspective; have

a profound understanding and awareness of social ethics, sustainable development and other issues in

design aesthetics, have a general knowledge of market economy and management;

3. Have a good sense of teamwork and the ability to articulate views, to organize the collaboration with

the people from different backgrounds, to have good language and writing skills to exchange and

communicate;

4. Master knowledge structure and systematic framework in product design, develop good study habits

and literature retrieval capabilities, and be able to understand the trends of the frontier discipline.

5. Have design and processing capabilities through basic training courses, have perception and


334

processing capabilities in 2D, 3D design, and be able to solve problems in materials, shape, color, surface

treatment and other processing;

6. Have abilities to investigate and analyze consumers’ psychological needs, and be capable of analyzing

human-machine relations, product using patterns, application of materials, structural design, be able to

evaluate and select different technical designs;

7. Have expression ability in hand-sketch, computer-aided design and modeling, be able to express

through the design of sketch and computer renderings, 3D digital model, physical model, and animation, etc;

8. Have knowledge of natural science in mathematics, mechanics, psychology and other areas through

learning drawing, ergonomics, structure design, user research;

9. Have engineering theory and ability by learning engineering drawing, mechanical structure,

manufacturing, materials processing;

10. Have innovative ability and global horizons by improving students' ability in creating graphics, 3D

shape, and structure design.




Degree: Bachelor of Fine Arts


Leading Discipline: Art science

Interdisciplinary Subjects: Mechanical engineering

Ⅵ. Core courses

Design Sketch, History of Art & Design, Fundamentals of Form, Design Presentation, Graphics of Industrial

Design, Product Form Design and Research, Basis of Product design, Ergonomics, Product Structure Design,

User Research, Product design (series), Furniture Design, Exhibition Design


Model technique, Product Design Survey, Metal Technology Practice, Folk-custom Research and Sketches,

Graduation Practice, Graduation project, etc.






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产品设计专业教学计划进程表Table of Teaching Plan for Major of Product Design

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



09030102 FLASH 软件应用‖Flash Application 2 16 16 2 009

09030202 论文写作＊‖Thesis Writing＊ 1 16 1 009

09037401民俗调研与写生 ‖ Folklore Investigation &Sketching

2 80 2 009

05035201 设计概论‖Introduction to Design 2 32 2 009

09031202 设计色彩‖Color Design 3 16 32 3 009

09031302 设计素描‖Design Sketch 3 16 32 3 009

01047601设计图学基础 ‖ Fundamentals of IndustrialDesign Graphics

2 24 8 2 009

01047701 设计艺术史‖A History of Art Design 2 32 2 009

09137801 形式基础（Ⅰ）‖Fundamentals of Form (Ⅰ) 3 16 32 3 009

09237801 形式基础（Ⅱ）‖Fundamentals of form (Ⅱ) 3 16 32 3 009

09034201 用户研究‖User Research 3 32 16 3 009




01054002 编排设计★‖Format Design★ 3 32 16 3 009

09131401 表现技法（Ⅰ）★‖Representation Skills (Ⅰ)★ 3 16 32 3 009

09231401 表现技法（Ⅱ）‖Representation Skills (Ⅱ) 2 8 24 2 009

09030401 产品工程图‖Product Engineering Drawing 2 32 2 009


336

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


09030501 产品设计调研‖Investigation of Product Design 1 40 1 009

09031601 产品设计基础 ‖ Fundamentals of ProductDesign

3 24 24 3 009

09037901产品形态设计与研究‖Product form Design &Reserch

3 24 24 3 009


3 32 16 3 009

09056901计算机辅助产品设计 ‖ Computer-AidedProduct Design

3 24 24 3 009

05024802计算机辅助二维设计‖Computer-Aided TwoDimentional Design

3 24 24 3 009


05033102 模型技术＊‖Modeling Technique＊ 3 8 40 3 009

05026703 人机工程学★‖Ergonomics★ 3 24 56 3 009

必修课程·专业方向课（卓越工程师）




09031501产品动画演示 ‖ Product AnimationDemonstration

3 24 24 3 009

09030701产品结构设计‖ Structural Design of ProductDesign

3 32 16 3 009

09130601 产品设计（Ⅰ）‖Product Design (Ⅰ) 3 24 24 3 009

09230601 产品设计（Ⅱ）‖Product Design (Ⅱ) 3 24 40 3 009

09330601 产品设计（Ⅲ）‖Product Design (Ⅲ) 4 24 40 4 009

01048102 家具设计‖Furniture Design 3 24 24 3 009

01048401设计材料与加工工艺‖ Design Material &Processing Technic

2 32 2 009

09038001信息与交互设计‖ Information & InteractionDesign

3 24 24 3 009

09037601 展示设计‖Exhibition Design 3 24 24 3 009

09038101 专项设计与研究‖Special Design and Research 2 16 16 2 009



09038301 包装容器设计‖Packaging Containers Design 3 20 28 3 009

01024103产品制造基础 ‖ Fundamentals of ProductManufacturing

2 28 4 2 009

15020703 大学语文‖College Chinese 2 32 2 009

09038801 多媒体设计‖Multimedia Design 3 24 24 3 009

01053301 公共艺术‖Public Design 3 24 24 3 009

01045201 广告学‖Advertising 2 32 2 009

09030901 交通工具设计‖Transportation Design 3 24 24 3 009

09035802 竞赛设计‖Design for Competition 2 8 24 2 009

09030801企业产品开发战略 ‖ Enterprise ProductDevelopment Strategy

2 32 2 009

01053101 摄影‖Photography 3 24 24 3 009

09038201 图形设计‖Graphic Design 2 16 16 2 009

09037701 玩具设计‖Toy Design 3 24 24 3 009

05043802 学科系列讲座‖Academic Lecture Series 1 16 1 009



31 304 192 4 13 11 3



337


2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese..


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环境设计一、专业介绍

环境设计是一门新兴、边缘、系统、跨学科综合性的学科，其涉及艺术、建筑、园林、心理学等多个

领域。无论在理论的广度，还是在专业技能的多样性上，都具有一定的代表性。它集功能、艺术与技术于

一体，涉及艺术和科学两大领域的多门学科内容，具有多学科交叉、渗透、融合的特点。环境艺术其主要

包括了室内外环境设计、现代展示艺术设计、公共环境艺术设计等内容。环境艺术设计作为一门新兴的学

科，它是当代经济高度发展中，艺术、科学与经济相结合的产物。由于它很好地把实用和审美功能有机的

统一起来，使其快速发展成为一门专业性很强，具有广阔发展前途的新兴学科。“环境设计”专业发展方向，

向系统化、科学化和融合性转变，从单纯传授知识的学习向以培养能力和理论体系相结合的综合性、系统

性的思路转变。

二、培养目标

本专业旨在培养具有扎实的环境设计基础理论、设计技能、创新能力和较强的综合素质，并能从事以

人居环境创新为重点的设计、管理、科研或教学工作的环境设计专门人才。培养学生艺术与技术的双重素

质,使其具有敏锐的观察力、创新思维能力和设计表现力。要求学生能够熟练运用环境设计所需的相关原理

和法则，能够很好地处理环境设计中，涉及形态与材料、结构、工艺、功能的关系，建立人与环境的友好

关系。学生在毕业 5 年内，有能力在室内环境、景观设计、展示设计、环境设施等领域，独立完成或组织

不同的环境设计任务。

三、培养要求

本专业学生应具有为社会服务的意识和理念，具备良好的学习能力和综合素质。了解专业相关法律法

规，恪守职业道德，具有较为系统的环境设计专业理论知识和专业技术能力。学生应同时具备必要的人文、

社会科学素养及工程、自然科学能力素养。着重培养学生的创新思维能力、造型能力、设计分析及表达的

能力。


1.遵守职业道德的能力:遵守相关法律、行规。具有涉及安全、保密、环境保护、知识产权保护、尊重

弱势群体的意识。

2.人文和社会科学素养：具有应有的社会责任感与使命感。既对民族传统文化有一定的了解，又保持

开阔的国际化视野。对设计中的美学、社会伦理、可持续发展等问题有较为深刻的理解与认识。具备市场

经济及企业管理方面的一般性知识。

3.交流与协作的能力：具有良好的团队合作意识与能力，能够运用理性的方法和合理的手段清晰表达

自己的观点。能够组织不同专业背景的人员进行项目管理和协作。有较好的语言和文字表达能力，有良好

的英语运用能力，能够与不同国家、不同文化背景的同行进行学术交流与沟通。

4.学习的能力：具有本专业系统的知识结构和框架体系。具有良好的学习习惯、阅读习惯和文献检索

能力，能够了解学科前沿及发展趋势与动态。

5.设计的形式感觉与处理能力：通过基础课程的系统训练，使学生在二维、空间方面有较好的形式感

知和处理能力。能够对涉及材料、形态、色彩、建构处理与环境建造等方面的问题提出专业方案。

6.设计分析能力：能够对人的行为心理进行调研和分析；能对环境设计中的人与场地的不同关系和功

能设计的合理性进行分析；能对不同设计方案进行技术评价和选择。


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7.设计表达与表现能力：具有良好的手绘、计算机辅助设计和模型制作的能力。能够通过手绘效果图、

电脑效果图、三维数字模型、实物模型、虚拟动画等方式进行设计方案的表达和表现。

8.自然科学理论与知识：主要包括形式美学、设计表达、景观设计与室内设计、人机工程与材料学、

设计图学、艺术设计史与环境设计理论等知识。

9.工程学理论与能力：通过学习工程图学、建筑制图、园林工程、材料加工等方面的知识，提高学生

的工程学理论与运用能力。

10 创新能力：培养学生开阔的专业视野、创新意识和想象能力。通过提高学生在图形、形态、空间设

计等方面的创造能力，使学生初步具备通过综合运用专业知识进行系统、完整的人居环境设计能力。






主干学科：设计学

交叉学科：风景园林、建筑学


中外园林史、环境艺术设计概论、人机工程学、空间设计基础、景观设计方法表达、室内设计方法与

表达、景观设计工程与实践环、境设施规划与设计、展示设计。


民俗与调研、认知实习、毕业实习、毕业设计





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Environmental Design

Ⅰ.Introduction

Environment Design concentrates on cultivating talents for landscape design, interior design, exhibition

design or design of relevant facilities. The major covers research areas including exterior and interior design,

landscape design, modern exhibition design, public environmental design. Based on strong engineering

background, students are expected to master fundamentals in both theory and practice, and develop the

abilities to accomplish environment design tasks in architecture, landscape design, urban planning, exhibition

and other professional fields.

Ⅱ.Objectives

The major focuses on developing students with fundamental knowledge of environment designs, design

skills, innovative abilities and all-round qualities. Students are expected to engage in designing, management,

research institutes, etc. Graduates will be qualified to apply relevant principles and approaches in

environmental design to deal with relations involving form and materials, structure, processing and function.

Students will be capable of accomplishing environment design tasks in architecture, landscape design, urban

planning, exhibition, etc..

Ⅲ. Requirements

Students are required to have consciousness of serving the society; a good learning ability and all-round

qualities. Students are expected to understand professional relevant laws and regulations, abide by

professional ethics, have the ability of systematic theoretical knowledge and technical expertise in product

design. Students are also required to have awareness in humanities, social sciences and natural science.

Emphasis will be put on cultivating students' innovative thinking, modeling capabilities, design analysis and

presentation skills.


1. Have abilities to comply with professional ethics: compliance with relevant laws and regulations,

have awareness in security, confidentiality, environmental protection, intellectual property protection;

2. Have sense of social responsibility and mission, domestic traditional culture, global perspective; have

a profound understanding and awareness of social ethics, sustainable development and other issues in

design aesthetics, have a general knowledge of market economy and management;

3. Have a good sense of teamwork and the ability to articulate views, to organize the collaboration with

the people from different backgrounds, to have good language and writing skills to exchange and

communicate;

4. Master knowledge structure and systematic framework in product design, develop good study habits

and literature retrieval capabilities, and be able to understand the trends of the frontier discipline.

5. Have design and processing capabilities through basic training courses, have perception and

processing capabilities in 2D, 3D design, and be able to solve problems in materials, shape, color and

environmental design;

6. Have abilities to investigate and analyze human behavior psychology, and be capable of analyzing


341

human-environment relations, rationality of functional design, be able to evaluate and select different

technical designs;

7. Have expression ability in hand-sketch, computer-aided design and modeling, be able to express

through the design of sketch and computer renderings, 3D digital model, physical model, and animation, etc;

8. Have knowledge of natural science in aesthetics, design representation, landscape design, interior

design, ergonomics, materials, design graphics, history of art design and environmental design;

9. Have engineering theory and ability by learning engineering drawing, architecture drawing,

gardening engineering, materials processing;

10. Have innovative ability and global horizons by improving students' ability in creating graphics, 3D

form, spatial design, and structure design.






Leading Discipline: Design science

Interdisciplinary Subjects: Landscape, Architecture Science

Ⅵ. Core courses:

History of gardening, Introduction to Environmental design, Ergonomics, Space design, Landscape design

expression, Interior design expression, Landscape design engineering and practice ring, Environmental

structure planning and design, Display design .


Folk-custom Research and Sketches, Cognition Practice, Graduation Practice, Graduation project, etc.






342

环境设计专业教学计划进程表Table of Teaching Plan for Major of Environmental Design

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019






2 80 2 009





2 24 8 2 009

01044801 设计心理学‖Psychology of Design 2 32 2 009








09057001环境设计表达 ‖ Representation ofEnvironmental Design

3 16 32 3 009

09031902环境艺术设计概论 ‖ Introduction toEnvironmental Design

3 48 3 009


343

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



3 24 24 3 009

09056902计算机辅助环境设计 ‖ Computer-AidedEnvironmental Design

3 24 24 3 009

09032002 建筑制图★‖Architectural Graphing★ 3 24 24 3 009

01051502建筑装饰构造 ‖ Architectural DecorativeStructure

3 24 24 3 009

09031702景观设计基础与原理‖Basis & Principles ofLandscape Design

3 24 24 3 009

05033202 空间设计基础‖Fundamentals of Spacial Design 3 24 24 3 009

05033103 模型技术＊‖Modeling Technique＊ 3 8 40 3 009


09031801室内设计基础与原理‖Basis & Principles ofInterior Design

2 32 2 009


09038701 中外园林史‖History of Gardening 3 36 12 3 009





09032801环境设施规划与设计‖Planning & Design ofEnvironmental Facility

3 24 24 3 009

01047903景观设计方法与表达‖Methods & Presentationof Landscape Design

3 24 24 3 009

09032701景观设计工程与实践‖Engineering & Practiceof Landscape Design

3 24 24 3 009

09032301景观植物配置设计 ‖ Layout Design ofLandscape Plant

3 24 24 3 009



3 48 3 009

09032101室内设计方法与表达 ‖ Methods &Representation of Interior Design

3 24 24 3 009

09032201室内设计工程与实践‖Engineering & Practiceof Interior Design

3 24 24 3 009





2 28 4 2 009




09033002 光环境设计‖Light Environment Design 2 16 16 2 009





2 32 2 009

01053101 摄影‖Photography 3 24 24 3 009

09037701 玩具设计‖Toy Design 3 24 24 3 009



选修课程汇总‖ Specialized Optional Courses 31 304 192 2 13 10 6


344

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Total





.


345

视觉传达设计一、专业介绍

该专业是我国现代设计教育最早开设的专业之一，曾经使用“装潢设计”、“商业美术设计”、“平面

设计”等名称。1998 年作为专业方向并入“艺术设计”专业，2003 年成为“设计学”一级学科下属二级学

科专业。

随着经济持续发展，信息及其传播在人们生活中占有越来越重要的地位，并带动了以印刷为主要载体

的广告设计、产品包装设计、书籍设计等传统的视觉传达设计内容；科技进步、新能源应用，研究内容与

其他视觉媒介关联形成展示设计、影像设计、视觉环境设计等新领域；网络和电子媒体的发展，推动专业

向网络动态多媒体发展，在智能交互、新媒体传播领域有着不可或缺的作用。毕业生就业面广泛，包括广

告公司、设计事务所等专业设计领域，企业、商业机构的设计部门，报社、网络媒体等传播机构，中等院

校、研究单位的设计教学和管理岗位等。

二、培养目标

本专业培养具国际设计文化视野、中国设计文化特色、适合于创新时代需求，集传统平面（印刷）媒

体和现代数字媒体，在专业设计领域、企业、传播机构、大企业市场部门、中等院校、研究单位从事视觉

传播方面的设计、教学和管理工作的专门人才。

三、培养要求

本专业学生具有为社会服务的理念，了解专业相关法律法规，遵守职业道德，具有较为系统的视觉传

播专业知识理论和专业知识。学生应在设计创新、语言、文字表达能力，社会交流沟通能力等方面得到全

面锻炼，并符合国家考级的外语水平。本专业培养规格为应用型创意人才。

根据市场、中等设计院校和研究机构的需要，毕业生应具有以下三个方面的能力：

其一，在专业能力结构方面，注重创意、美学、技术表现三方面能力的培养。创新时代创意为先，美

学质量、设计表达与表现是完善创意的重要组成部分，本专业从理论课程、基础课程和专业课程三个模块

中建立起一个体现这个培养方向的正确指导思想，课程教学的核心理念贯穿于创新教学之中，在培养学生

创意能力的同时提高其美学和技术能力。

其二，在专业素质结构方面要求学生不仅具有很强的创意能力，还应具备较好的创意解说能力、文字

语言的表达能力和很好的交流协作能力。这些能力是专业素质不可缺少的组成部分，设计不仅要有个性化，

更要注重通过语言、文字、行为和作品与人沟通、与市场和社会沟通。

其三，在综合知识结构方面，要求学生除了已确定的本科专业知识外，同时具有一定的人文和社会科

学素养，以提高设计的创意想象能力，具有一定的自然科学理论知识，使设计具有理性的思维方式和有条

理地进行逻辑思维的能力，具有一定的外语水平，具有广阔的视野和交流能力，以及掌握软件应用、获取

信息和文献检索的能力。

综合以上所述，本专业毕业生能力具体要求为以下 10 项：

1. 遵守职业道德的能力

2. 人文和社会科学素养

3. 交流与协作的能力

4. 学习的能力

5. 设计的形式感觉与处理能力

6. 设计分析能力


346

7. 设计表达与表现能力

8. 自然科学理论与知识

9. 工程学理论与能力

10. 创新能力




授予学位：设计学学士



交叉学科：传播学、美学、心理学、工学


文字设计、图形设计、编排设计、广告设计、包装设计、书籍设计、动画设计、多媒体设计、企业形

象设计、展示设计、中外设计史、设计心理学。


民俗调研与写生、认识实习、毕业设计、毕业实习





347

Visual Communication Design

Ⅰ. Introduction

Visual Communication Design, one of the earliest major in China in the field, is a combination of artistry,

humanity and technical nature. The major focuses on traditional fields of advertising design, packaging design,

books design, and new areas of video media display design, film design, and visual environment design, etc..

Graduates are qualified to engage in advertising corporations, design offices, press and net media, etc..

Ⅱ. Objectives

The major aims to cultivate students with global vision to conduct design with Chinese characteristics and

meet the requirements of new era. Graduates will be qualified to conduct design, teaching and management in

media institutions, marketing departments, and research institutes, etc..

Ⅲ. Requirements

Students are required to have consciousness of serving the society; a good learning ability and all-round

qualities. Students are expected to understand professional relevant laws and regulations, abide by

professional ethics, have the ability of systematic theoretical knowledge and technical expertise in visual

communication design. Students are also required to have the abilities in creative thinking, oral and written

expressions.


1. Have abilities to comply with professional ethics;

2. Have awareness in humanities and social science;

3. Possess abilities to communicate and collaborate;

4. Be capable of self-learning;

5. Have delicate perception of shapes and forms;

6. Have design analysis abilities;

7. Be able to express and present designs;

8. Grasp knowledge of natural science

9. Master theories and skills in engineering;

10. Have innovative consciousness.







Interdisciplinary Subjects: Communication, Aesthetics, Psychology, and Engineering

Ⅵ. Core courses:

Text design, Graphic design, Layout design, Advertising design, Packaging design, Books design, Animation

design, Multimedia design, Corporate identity design, Exhibition design, History of Design , Psychology of


348

Design .


Folk-custom Research and Sketches, Cognition Practice, Graduation Practice, Graduation project, etc.






349

视觉传达设计专业教学计划进程表Table of Teaching Plan for Major of Visual Communication Design

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019






2 80 2 009





2 24 8 2 009

01044801 设计心理学‖Psychology of Design 2 32 2 009








01044902 标志设计‖Logo Design 3 32 16 3 009

01052402 动画设计★‖Animation Design★ 3 32 16 3 009

05024802 计算机辅助二维设计‖Computer-Aided Two 3 24 24 3 009


350

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Dimentional Design

09056903计算机辅助视觉设计‖Computer-Aided VisualDesign

3 24 24 3 009

09032401 界面设计‖User Interface Design 3 32 16 3 009

01054101 漫画与插图‖Comics and Illustration Drawing 3 32 16 3 009

05034101 企业形象设计‖Corporate Identity Design 3 32 16 3 009

05035003 认识实习＊‖Recognizing Internship ＊ 1 40 1 009

01053101 摄影＊‖Photography＊ 3 24 24 3 009

01129802 图形设计（Ⅰ）‖Graphic Design (Ⅰ) 2 16 16 2 009

01229802 图形设计（Ⅱ）‖Graphic Design (Ⅱ) 2 16 16 2 009

05028902 文字设计‖Character Design 3 32 16 3 009

01053402 印刷工艺‖Printing Technology 3 24 24 3 009

05034202 装饰基础‖Decoration Basis 3 32 16 3 009



01123201 包装设计（Ⅰ）‖Packaging Design (Ⅰ) 3 32 16 3 009

01223201 包装设计（Ⅱ）‖Packaging Design (Ⅱ) 3 32 16 3 009

09138501包装设计课程设计（Ⅰ）‖Course Design ofPackaging Design (Ⅰ)

1 40 1 009

09238501包装设计课程设计（Ⅱ）‖Course Design ofPackaging Design (Ⅱ)

1 40 1 009



01123101 广告设计（Ⅰ）‖Advertising Design (Ⅰ) 3 32 16 3 009

01223101 广告设计（Ⅱ）‖Advertising Design (Ⅱ) 3 32 16 3 009

09138401广告设计课程设计（Ⅰ）‖Course Design ofAdvertising (Ⅰ)

1 40 1 009

09238401广告设计课程设计（Ⅱ）‖Course Design ofAdvertising (Ⅱ)

1 40 1 009

01045502 书籍设计‖Books Design 3 32 16 3 009

09038501书籍设计课程设计‖Course Design of BooksDesign

1 40 1 009










09037701 玩具设计‖Toy Design 3 24 24 3 009





25 228 172 2 3 8 8 4





351

工业设计

一、专业介绍

南京理工大学工业设计专业自 1993 年招收本科学生，2003 年成为江苏省特色专业，2005 年取得国家教

学成果奖，2010年其教学团队成为国家级教学团队。

工业设计以批量化大生产的人工制品及其环境的价值优化为工作目标，通过系统分析“人”与“物”之

间的关系，在从生产、流通直至废弃的全过程中完整地思考和贯彻“可持续”的环境原则与方法，以创新设

计产品或服务体系的方式，满足用户对产品的功能、操作、形式与情感等各方面的不同需求。工业设计专业

的交叉属性决定了专业教学体系的基本特征：注重实践教学和创新思想的培育，鼓励跨学科跨专业合作与自

主研究。专业教学坚持理论与实践相结合，重视学科的交叉性并已形成了系统、科学的教学体系，建立了多

个教学实习基地。

本工业设计专业面向国防行业与地方经济发展的现实需求，以及工业设计专业的基本培养目标，依托学

校自身的强大工科教学背景与学科优势，架构课程体系，完善教学方法，致力于培养信息、家电、交通及国

防等领域产品的工业设计专业人才。

二、培养目标

工业设计培养具备坚实工业设计基础理论、基本知识与应用能力，具有国际化视野和社会责任感、综合

性创造思维方式和团队合作精神，能在信息、家电、交通及国防等领域的企事业单位、专业设计机构和科学

研究单位从事工业产品创新设计及相关服务模式和商业模式设计、传播设计、人机交互设计、环境与展示设

计等领域的开发、研究、策划、教育和管理工作的复合型人才；毕业 5年内，有能力独立完成或组织实施实

际产品的开发任务。

三、培养要求

本专业学生主要学习工业设计的基础理论知识与设计方法，接受工业设计的原理、程序、方法及设计表

达等方面的基本训练；具备适当处理工业设计与环境、用户、市场、功能、造型、色彩、结构、材料、工艺

的相互关系，并将这些关系综合地表现在产品及服务设计上的基本能力。


1.具有良好的工业设计职业道德、坚定地追求创新与卓越的态度、强烈的爱国敬业精神，社会责任感和

丰富的人文艺术素养；

2.具有较扎实的自然科学和社会科学基础，了解相关的技术和社会发展趋势；

3.具有良好的沟通、协作与交流的能力，团队合作意识强；

4.具备一定的学习能力，较系统地掌握本专业领域宽广的技术理论基础知识，主要包括设计基础、设计

历史与设计理论、人机交互、可持续设计、服务模式及商业模式设计等基础知识；

5.具有较敏锐的艺术鉴赏力和较好的形式感觉与处理能力；

6.具有在了解社会和消费者需求的基础上，综合应用所学的科学理论，分析、提出和解决问题的能力，

能够参与产品或服务全生命周期的策划、设计、允许和维护的能力；

7.有较强的设计表现技能、动手能力与创造能力，以及较强的计算机、互联网、多媒体和外语应用能力；

8.具有较好的设计管理能力、应对危机与突发事件的初步能力；

9.掌握较系统的工程理论与相关知识，有助于实现产品的工程化与可行性；


352

10.具有一定的国际视野和跨文化环境下的交流、竞争、与合作的初步能力，创新性强等较高的综合素

质。









设计概论、设计艺术史、形式基础、表现技法、设计图学、产品形态设计与研究、人机工程学、计算机

辅助产品设计、用户研究、产品设计（系列）等。


模型技术、产品设计调研、金属工艺实习、民俗调研与写生、毕业实习、课程设计、专题设计、毕业

设计等。





353

Industrial Design

1. Introduction

Industrial Design, a provincial key major in Jiangsu, began to enroll students in 1993. The faculty team was

awarded National Teaching Achievement in 2005, and granted National Teaching Team in 2010.

With the goal of mass production and environment optimization, through the analysis of the relation

between “human" and "object", industrial design reflects and implements the principles and methods of

"sustainable" environmental design in the whole process of production, circulation and junking. With the

innovative product design and the method of service system design, industrial design aims to meet the

different needs of users on various aspects, including product's function, operation, form and emotion. As a

cross discipline, Industrial Design has the following characteristics in its teaching system: focusing on practical

teaching and the enlightenment of innovative ideas, encouraging interdisciplinary collaboration across

professional and independent research. The major has established a number of teaching practice bases.

The major meets the need of defense industry and local economic development. Relying on the

university's engineering background and academic advantages, the major is committed to cultivating the

industrial design talents for information appliances, transportation, defense industries and other areas.

2. Objectives

The major aims at cultivating interdisciplinary talents with professional knowledge and application

capabilities, global vision and social responsibility, creative mind and team spirit. Graduates are expected to

engage in communication design, human-computer interaction design, environmental and display design in

related enterprises, institutes and government agencies. They will also have the ability to independently

organize the implementation of the actual product development tasks in 5 years after graduation

3. Requirements

Students are required to obtain the basic theoretical knowledge of industrial design and design methods,

to receive basic training in the principles, programs, methods and expression of industrial design. They are

expected to understand and be able to handle the relationship between industrial design and environment,

user, market, function, form, color, structure, material and manufacture process among all sorts of products

and services.


1. Have a good understanding in humanities, social responsibility and professional ethics, an attitude to pursue

innovation and excellence, and strong patriotic professionalism;

2.Have a solid foundation of natural sciences and social sciences; understand the relevant technology

and social trends;

3. Have the ability of coordination, interpersonal communication and teamwork.

4.Have ability of self-learning; grasp professional knowledge, including design fundamentals, design

history and design theory, human-computer interaction, sustainable design, service model and business

model design;

5.Have ability of arts appreciation and creation; have a good perception of forms;


354

6.Have ability to analyze and solve problems with acquired scientific knowledge to satisfy social and

individual demands; have ability to plan, design and maintain products and services;

7. Have abilities of design expression, design practice and creation; be proficient in computer, Internet,

multimedia and foreign languages;

8. Have good design management capabilities, and the ability to respond to the crisis and emergencies;

9. Grasp systematic engineering theory and related knowledge to promote the feasibility of products;









Ⅵ. Core courses

Introduction to Design, History of Art & Design, Fundamentals of Form, Design Presentation, Graphics of

Industrial Design, Product Form Design and Research, Ergonomics, Computer Aided Product Design, User

Research, Product design (series), etc.









355

工业设计专业教学计划进程表Table of Teaching Plan for Major of Industrial Design

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




11020803 大学物理‖College Physics 3 48 3 013

11020902 大学物理实验‖Experiments in College Physics 1 16 1 013

11023302 高等数学‖Calculus 4 64 4 013

09031201 色彩‖Color 3 16 32 3 009



09131302 素描（Ⅰ）‖Sketch (Ⅰ) 3 16 32 3 009

09231302 素描（Ⅱ）‖Sketch (Ⅱ) 2 8 24 2 009






09131401表现技法（Ⅰ）★＊‖Representation Skills (Ⅰ)★＊

3 16 32 3 009

09231401 表现技法（Ⅱ）‖Representation Skills (Ⅱ) 2 8 24 2 009

09038901产品控制原理‖ Control Principles in ProductDesign

3 32 16 3 009

09031601 产品设计基础 ‖ Fundamentals of Product 3 24 24 3 009


356

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Design


3 32 16 3 009

09056901 计算机辅助产品设计 ‖ Computer-AidedProduct Design

3 24 24 3 009


3 24 24 3 009



2 80 2 009

05033102 模型技术‖Modeling Technique 3 120 3 009



2 24 8 2 009

01047602 设计图学‖Graphics of Industrial Design 4 54 10 4 009






01054001 编排设计‖Format Design 2 32 2 009

09031501产品动画演示 ‖ Product AnimationDemonstration

2 32 3 009

09030701产品结构设计‖ Structural Design of ProductDesign

2 32 3 009

09130601 产品设计（Ⅰ）‖Product Design (Ⅰ) 3 24 24 3 009

09230601 产品设计（Ⅱ）‖Product Design (Ⅱ) 2 32 3 009

09330601 产品设计（Ⅲ）‖Product Design (Ⅲ) 2 32 4 009

09131601产品设计综合实践（Ⅰ）‖ComprehensivePractice of Product Design （Ⅰ）

2 80 2

09231601产品设计综合实践（Ⅱ）‖ComprehensivePractice of Product Design（Ⅱ）

3 120 3

09030501 产品设计调研‖Investigation of Product Design 1 40 1 009

09037901产品形态设计与研究‖Product form Design &Research

3 24 24 3 009

09035802 竞赛设计‖Design for Competition 2 80 2 009

09038001信息与交互设计‖ Information & InteractionDesign

3 24 24 3 009

09038101 专项设计与研究‖Special Design and Research 2 80 2 009





2 28 4 2 009





09030901 交通工具设计‖Transportation Design 3 24 24 3 009

05033803交通工具设计表现技法‖Automotive DesignRepresentation

3 16 32 3 009


2 32 2 009

01053101 摄影‖Photography 3 24 24 3 009


357

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



09037701 玩具设计‖Toy Design 3 24 24 3 009





36 328 248 4 14 12 6





.


358

工业设计(“3+1”中英合作办学)一、专业介绍

本专业由南京理工大学与英国考文垂大学联合承办。

依托南京理工大学现有的“工业设计”江苏省特色专业，及英国考文垂大学在工业设计，特别是交通工

具、汽车设计方面的突出教学资源与优势，通过引进的大量优质教学资源（包括课程、师资、教学理念与方

法、教材等；引进的课程总数将超过总课程数的 1/3；引进专业核心课程接近全专业课程 1/2），同时基于现

有的、在国内居于领先地位的设计专业的优良办学条件（南京理工大学在过去近二十年间，本专业将为我国

的汽车企业培养了大量专业汽车设计人才），着眼于“中国从制造大国向设计大国、品牌大国转变”过程中

的人才需求，为发展我国的汽车、船舶与交通工具产业，培养专业设计人才。

专业教学贯彻“项目驱动”的专业教学思想，通过设置在课程的实际设计课题与项目，引进先进教学思

想、手段与方法，帮助学生逐步适应英国设计专业的教学过程；同时，依托南京理工大学设计艺术与传媒学

院在对外交流方面已经建立起来的优势，在拓展学生的国际视野的同时，通过设计竞赛参与到国际创新设计

活动中，从而保障落实教学培养目标。

二、培养目标

工业设计培养具备坚实工业设计基础理论、基本知识与应用能力，具有国际化视野和社会责任感、综合

性创造思维方式和团队合作精神，能在企事业单位、专业设计机构和科学研究单位从事汽车、船舶与其他交

通工具设计的开发、研究、策划、教育和管理工作的复合型人才；毕业 5年内，有能力独立完成或组织实施

实际产品的开发任务。

三、培养要求

本专业学生主要学习工业设计的基础理论知识与设计方法，培养具有技术与艺术的双重素质；能熟练运

用造型设计原理和法则，处理各种产品，特别是汽车、船舶、交通工具的造型与结构、材料、工艺的关系，

处理好产品与人、环境、市场的关系；掌握设计管理的基本知识以及人机质量评价和人机界面设计的基本知

识，具有创新设计意识和从事产品创新开发的实际工作能力。


1.具有良好的工业设计职业道德、坚定地追求创新与卓越的态度、强烈的爱国敬业精神，社会责任感和

丰富的人文艺术素养；

2.具有较扎实的自然科学和社会科学基础，了解相关的技术和社会发展趋势；

3.具有良好的沟通、协作与交流的能力，团队合作意识强；

4.具备一定的学习能力，较系统地掌握本专业领域宽广的技术理论基础知识，主要包括设计基础、设计

历史与设计理论、人机交互、可持续设计、服务模式及商业模式设计等基础知识；

5.具有较敏锐的艺术鉴赏力和较好的形式感觉与处理能力；

6.具有在了解社会和消费者需求的基础上，综合应用所学的科学理论，分析、提出和解决问题的能力，

能够参与产品或服务全生命周期的策划、设计、允许和维护的能力；

7.有较强的设计表现技能、动手能力与创造能力，以及较强的计算机、互联网、多媒体和外语应用能力；

8.具有较好的设计管理能力、应对危机与突发事件的初步能力；

9.掌握较系统的工程理论与相关知识，有助于实现产品的工程化与可行性；

10具有一定的国际视野和跨文化环境下的交流、竞争、与合作的初步能力，创新性强等较高的综合素质。


359









设计概论、设计艺术史、形式基础、表现技法、产品形态设计与研究、人机工程学、计算机辅助产品设

计、用户研究、汽车设计、船舶设计、自行车设计等。


模型技术、产品设计调研、金属工艺实习、民俗调研与写生、毕业实习、课程设计、专题设计、毕业

设计等。





360

“3+1” Cooperative Program of Industrial Design

Ⅰ. Introduction

“3+1”Cooperative Program of Industrial Design is co-sponsored by the Nanjing University of Science &

Technology and Coventry University, UK .

The program is based on the Industrial Design Program of NUST, a provincial key major in Jiangsu, and the

advantages and resources of Coventry University, UK in industrial design, particularly in vehicle and

automotive design. With a large number of introduced high-quality teaching resources (including curriculum,

faculty, teaching philosophy and methods, materials, etc.; the introduced modules will be over 1/3 of the total

modules; the introduced professional core modules are close to 1/2 of the total professional modules), and the

existing excellent conditions of a domestic leading design program (Nanjing University of Science & Technology

had trained a large number of professional automotive design talents during the past two decades for Chinese

automobile enterprises), the program aims to cultivate the professional design talents for the development of

Chinese automotive, marine and transportation industries to meet the requirements in the process of

conversion as "China shifts from manufacturing base to a country with innovation design and brand".

To implement the "project-driven" professional teaching ideas, the program helps students gradually

adapt to British teaching patterns by setting the practical curriculum projects, introducing advanced teaching

ideas, approaches and methods. Relying on the advantages of the School, the program devotes to expanding

students' global vision by encouraging students to participate in international innovation design competitions.

Ⅱ. Objectives

The program aims at cultivating interdisciplinary talents with professional knowledge and application

capabilities, global vision and social responsibility, creative mind and team spirit. Graduates are expected to

engage in the design of automobile, ship, bicycle and related transportation in related enterprises, institutes

and government agencies. They will also have the ability to independently organize the implementation of the

actual product development tasks in 5 years after graduation.

Ⅲ. Requirements

Students are required to obtain theoretical knowledge of industrial design, to apply design principles and

laws to deal with relations of all sorts of products, especially the relations between form (automobile, ships

and other traffic tools) and structure, material, process, and the relations between products and people,

environment, market. Students are also expected to grasp basic knowledge of design management,

man-machine quality evaluation and man-machine interface design, together with the primary ability to

develop and design new products.


1. Have a good understanding in humanities, social responsibility and professional ethics, an attitude to pursue

innovation and excellence, and strong patriotic professionalism;

2.Have a solid foundation of natural sciences and social sciences; understand the relevant technology

and social trends;


361

3. Have the ability of coordination, interpersonal communication and teamwork.

4.Have ability of self-learning; grasp professional knowledge, including design fundamentals, design

history and design theory, human-computer interaction, sustainable design, service model and business

model design;

5.Have ability of arts appreciation and creation; have a good perception of forms;

6.Have ability to analyze and solve problems with acquired scientific knowledge to satisfy social and

individual demands; have ability to plan, design and maintain products and services;

7. Have abilities of design expression, design practice and creation; be proficient in computer, Internet,

multimedia and foreign languages;

8. Have good design management capabilities, and the ability to respond to the crisis and emergencies;

9. Grasp systematic engineering theory and related knowledge to promote the feasibility of products;









Ⅵ. Core courses

Introduction to Design, History of Art & Design, Fundamentals of Form, Design Presentation, Product

Form Design and Research, Ergonomics, Computer Aided Product Design, User Research, Automotive Design,

Boat Design, Bike Design, etc.









362

工业设计（3+1）专业教学计划进程表Table of Teaching Plan for Major of Industrial Design(3+1)

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




11020803 大学物理‖College Physics 3 48 3 013

11020902 大学物理实验‖Experiments in College Physics 1 16 1 013

11023302 高等数学‖Calculus 4 64 4 013

05032803 绘画色彩‖Color Painting 3 16 32 3 009



09131302 素描（Ⅰ）‖Sketch (Ⅰ) 3 16 32 3 009

09231302 素描（Ⅱ）‖Sketch (Ⅱ) 2 8 24 2 009






05033001 表现技法‖Design Sketching and Presentation 3 48 3 009

09037901产品形态设计与研究‖Product form Design &Reserch

3 24 24 3 009

09056901计算机辅助产品设计 ‖ Computer-AidedProduct Design

3 24 24 3 009

05024802 计算机辅助二维设计‖Computer-Aided Two 3 24 24 3 009


363

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Dimentional Design

09034001交通工具与产品创新 ▼ ‖ Transport andProduct Innovation▼

4 32 32 4 009

09035001 交通设计与制造▼‖ Transport Design andManufacture▼

4 32 32 4 009


05033102 模型技术‖Modeling Technique 3 8 40 3 009

09035501汽车设计表现 ▼ ‖ Automotive DesignRepresentation▼

3 16 32 3 009


01047602 设计图学‖Graphics of Industrial Design 4 54 10 4 009






09034301车辆工程与空气动力学▼‖Vehicle Engineeringand Aerodynamics▼

3 48 3 009

09134401 船舶设计（Ⅰ）▼‖Boat Design (Ⅰ)▼ 3 24 24 3 009

09234401 船舶设计（Ⅱ）▼‖Boat Design (Ⅱ)▼ 3 24 24 3 009

09056703 汽车内饰设计▼‖Automotive Interior Design▼ 3 24 24 3 009

09035301 汽车设计▼‖Automotive Design▼ 3 24 24 3 009

09034501 汽车造型▼‖Automobile Styling▼ 3 24 24 3 009

09034701 设计分析▼‖Design Analysis▼ 4 32 32 4 009

09036001 职业发展▼‖Professional Development▼ 5 90 5 009

09034101 自行车设计▼‖Bike Design▼ 4 32 32 4 009

09034801综合交通工程设计 ▼‖Integrated TransportDesign▼

4 32 32 4 009





09035201产品设计营销 ▼‖Marketing for ProductDesign▼

2 32 2 009


09021001机械设计基础 ‖Fundamentals of MechanicalDesign

3 32 16 3 009

09034901交通、社会与环境 ▼‖Transport, Society &Environment▼

2 32 2 009

09035801 竞赛设计▼‖Design for Competition▼ 4 64 4 009

09035701可持续交通设计 ▼‖Sustainable TransportDesign▼

5 80 5 009

09056706汽车造型油泥模型实践▼‖Clay Model Practiceof Automobile▼

2 8 24 2 009

01048401设计材料与加工工艺 ‖Design Material &Processing Technic

2 32 2 009


09037701 玩具设计‖Toy Design 3 24 24 3 009



34 332 212 4 6 7 8 9




Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, Ⅵ, Ⅷ are for spring semester.


364



365

广播电视学

一、专业介绍

广播电视学专业成立于 2002 年，依托理工类学校的特长，培养兼有人文科学和自然科学素养的复合型

人才，突出专业技能，强化实践教学与学生的英语能力，使学生可以在新媒体传播背景之下，具备全面的

媒体从业技能，能在广播、电视、报纸、网络、广告、影视制作公司、政府、企业宣传部门及其他相关领

域，运用中、英文从事编辑、采访、节目制作、策划、主持与媒介管理等工作。为了适应广播电视领域新

技术迅速更新换代的特点，本专业教学特别强调理论与实践结合，四年学习期间技术操作与社会实践不间

断。毕业生有近三分之一读研或出国进深造，学生就业单位有中央电视台、新华社、江苏电视台、新华日

报、新浪、搜狐等知名媒体。

二、培养目标

本专业立足于新闻传播学的内在规律，着眼于广播电视事业发展的现实需要和未来前景，培养具备良

好的政治素养、广博的文化知识、敏锐的社会观察力、宽阔的国际视野、娴熟的专业技能，并拥有现代传

播技术支撑和新媒体发展理念，能够在广播电视机构以及其他传媒、企事业单位从事新闻采访、报道、拍

摄、编辑、主持、策划、管理等工作的广播电视应用型人才。

三、培养要求

本专业将新媒体形式与传统媒体的理论相结合，培养泛媒体人才，既让学生具有扎实的理论功底，同

时又能用传统媒体的理论储备为新媒体的发展注入新的元素，使媒体与信息时代的技术发展方向结合，与

我国政府的信息公开体制需求结合，与各级政府部门的信息公开建设结合。


1.掌握新闻学、传播学的核心课程和知识。

2.具有新闻采访、写作、摄录、制作、播音、编辑、主持节目的基本技能。

3.具有口头与文字表达能力，现场及镜头前采访报道能力，社会调查和社会活动能力及广播电视节目

策划、制作、评论和分析的能力。

4.了解广播电视新闻工作的方针政策与法规。

5.了解人文社会科学知识与科技常识，了解国内外广播电视事业现状与发展趋势。

6、具有本专业必需的计算机基础及应用能力。

7、具有英语的听、说、读、写基本能力，能阅读本专业的英文书刊,具备运用英语进行采访报道的能

力。

8、能够熟练掌握、运用新媒体传播技术。

9、具有基本的科学研究能力，熟悉文献检索、数据库应用等基本方法，掌握基础的调查统计方法。

10、能够承担繁重工作任务的健康体魄。




授予学位：文学学士



366

主干学科：新闻传播学

交叉学科：影视学、广告学、社会学


广播电视概论、新媒体导论、传播学概论、新闻学概论、电视摄像、电视节目编辑与制作、新闻编辑

学、新闻写作、新闻采访学、网络传播。


校内实践教学、媒体实习等





367

Broadcasting and TV

Ⅰ. Introduction

Broadcasting TV and was founded in 2002, relying on the university's specialty in science and

engineering to cultivate interdisciplinary talents who have both humanities and natural science knowledge.

The major puts emphasis on the teaching of practical skills, and students' English ability. Students are expected

to have comprehensive media skills in the new media era, and acquire bilingual ability to edit, interview,

program, plan, host and manage in radio and television stations, newspapers, websites, advertising, film and

TV production companies, government agencies, and etc. To adapt to new technologies and rapid development

in the field of radio & TV broadcasting, with particular emphasis on theory and practice teaching, technical

operations and social practice never interrupted during the 4 years of study.

Ⅱ. Objectives

Based on the inherent principles of journalism and to meet the practical needs of radio and television

broadcasting, the major aims to cultivate interdisciplinary talents with extensive cultural knowledge, keen

social insights, broad global visions, excellent professional skills, and communication technologies and new

media development concept. Graduates are expected to engage in interviewing, reporting, shooting, editing,

hosting, planning, managing for radio & TV companies and other Medias, enterprises and institutions, etc.

Ⅲ. Requirements

The major cultivates interdisciplinary talents with solid theoretical foundation and skilled communication

technology. Graduates should obtain knowledge and ability of the following aspects:

1. Master the core knowledge of journalism and communication;

2. Own basic skills on interview, writing, shooting, production, editing, etc;

3. Have abilities of oral and written expression, spot coverage or interview on camera, social investigation

and social activity, and program planning, production, commentary and analysis;

4. Understand the policies and regulations of radio and television broadcasting;

5.Acquire knowledge of humanities and social science and natural science, understand the current

situation and growing trend of domestic and foreign radio & TV;

6. Have the essential computer competence for the specialty;

7. Have fundamental English skills of listening, speaking, reading and writing; be able to read professional

books and magazines in English and interview in English;

8. Use new media technology proficiently;

9. Have the ability to do scientific research of humanities and social science;

10. Be able to fulfill the heavy tasks physically.




Degree: Bachelor of Arts



368

Leading Discipline: Journalism and Communication

Interdisciplinary Subjects: Film & TV Art, Advertising, Sociology

Ⅵ. Core courses:

Introduction to Radio and TV, Introduction to New Media, Introduction to Communication, Introduction to

Journalism, TV Camera, TV Editing and Production, Journalism Editing, Journalism Writing, Journalism

Interview, Network Communication.


Practice teaching, media internship






369

广播电视学专业教学计划进程表Table of Teaching Plan for Major of Broadcsting and TV

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




15038403 电视摄像‖Tv Photography 2 16 16 2 009

11023302 高等数学‖Calculus 4 64 4 013

15025803 公司法学‖Company Law 2 32 2 015

15024001 劳动法学‖Labor Law 2 32 2 015

09030202 论文写作‖Thesis Writing 1 16 1 009

15024602 逻辑学‖Logic Science 2 32 2 015

15027401社会调查理论与方法‖ Social Survey Theoryand Methods

3 48 3 015

15028001 社会学原理‖The Introduction of Sociology 3 48 3 015

15039102 网络传播‖Network Communication 2 32 2 009

15032402 政治学‖Political Science 3 48 3 015



09037101传播学概论 ★ ‖ Introduction to MassCommunication★

3 48 3 009

09057101 电视节目编辑制作‖TV Program Production 3 20 28 3 009

15041002电视栏目策划与设计‖ Tv Program Planningand Design

2 24 8 2 009

23020501 工程技术实习‖Engineering Trtaining 1 40 1 022


370

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


15038101广播电视概论 ‖ Introduction to TelevisionBroadcasting

3 42 6 3 009

15039502名记者与名作品研究‖Famous Reporters andWorks Research

2 32 2 009

15039001 普通话语音训练＊‖Mandarin PronunciationTraining ＊

1 16 1 009


15038302 视听语言★‖Audio-Visual Language★ 2 26 6 2 009

15046202文化传播导论 ‖ Introduction to CultureCommunication

3 48 3 009

15050901 现代广告学‖Modern Advertising 3 40 8 3 009

09037201 新媒体导论‖Introduction to New Media 4 64 4 009

15039303 新闻编辑学‖Editing in Journalism 3 36 12 3 009

15038003 新闻采访学‖Interviewing in Journalism 3 48 3 009

15038202新闻伦理与法制 ‖ News Ethics and LegalSystem

3 48 3 009

09036201 新闻摄影＊‖Press Photography＊ 3 48 3 009

15038005 新闻写作‖Writing in Journalism 3 32 16 3 009

15037902 新闻学概论‖Introduction to Journalism 3 48 3 009




09036401 中外新闻史‖History of Journalism 3 48 3 009





15040202 播音与主持‖Broadcasting and Hosting 2 32 2 009

15040303广播电视作品评析 ‖ Works of Radio andTelevision Comments

3 48 3 009

15040102 媒介经营与管理‖Media Management 3 44 4 3 009

15039801影视广告设计与制作★‖Tv Advertising Designand Production★

3 28 20 3 009



09036901 电视发展史‖History of Television Broadcasting 2 32 2 009

15021902公共关系学 ‖ Theory and Practice of PublicRelations

2 32 2 009

09036701 纪录片研究‖Documentary Studies 3 48 3 009

09036501 媒介批评研究‖Media Criticism Research 2 32 2 009

15051201 媒介文化研究‖Media Culture Research 2 32 2 009

09036801 媒体素养‖Media Literacy 3 48 3 009

15025201 美学基础‖Principles of Aesthetics 2 32 2 009

09037001 新闻评论‖Review and Writing in Journalism 3 48 3 009

15034702 应用文写作‖Practical Genre Writing 2 32 2 009

09036601 中国文化概论‖Introduction to Chinese Culture 3 48 3 009

15036401中外文化概论‖ Introduction to Chinese andForeign Cultures

3 48 3 015



27 432 4 8 15


371





南京理工大学自动化学院 2014本科专业教学计划进程表

372

自动化学院南京理工大学自动化学院的前身是哈尔滨军事工程学院炮兵工程系“指挥仪器”专业和解放军炮兵工程

学院“火炮动力传动”专业。经过专业的不断改造，院系调整，学校迁移等变化，于 1984 年正式成立了华

东工学院自动控制系，1996 年改名为南京理工大学自动化系，2005 年更名为南京理工大学自动化学院。

自动化学院现有自动控制系、电气工程系、信息工程系和交通工程系四个专业系，设有 C3I 系统、过程

控制等八个研究所。全院现有教职工 120 余人，包括中组部“千人计划”2 人、教育部"长江学者"特聘教授 2

人，"长江学者"讲座教授 2 人，国家外专局高端外国专家 2 人，国家杰出青年基金获得者 1 人，博士生导师

13 人，正高职称 19 人，副高职称 53 人。

自动化学院拥有“控制科学与工程”一级学科博士学位授予权（下含“控制理论与控制工程”、“系统工

程”、“导航、制导与控制”、“检测技术与自动化装置”等五个二级学科博士点）和一级学科博士后流动站以

及相应的硕士学位授予权，电气工程和交通运输工程 2 个一级学科硕士点，控制工程和电气工程 2 个专业具

有工程硕士学位研究生培养资格。其中控制科学与工程是江苏省一级学科重点学科和国家一级重点学科培育

点，系统工程为国防科工委重点学科。

学院设有自动化、电气工程及其自动化、智能电网信息工程和轨道交通信号与控制四个本科专业。其中

自动化专业为国家级特色专业建设点、江苏省品牌专业，电气工程及其自动化专业为江苏省特色专业。拥有

江苏省自动化实验示范中心和工信部电气工程实验示范中心各一个，学院现有在校本科生 1500 余人，硕士

研究生（含工程硕士）1500 余人，博士研究生 100 余人。

学院科研实力雄厚，在复杂系统建模与控制、火力与指挥控制、网络控制系统、网络信息安全以及多传

感器信息融合等领域具有特色和很强的科研能力。近年来学院承担了国家项目和各类横向科技项目300余项，

取得了丰硕成果。拥有三个江苏省工程技术研究中心。获国家级、省部级以上各类科技和教学奖项 60余项；

发表高质量学术论文 1500余篇，有近 600篇论文被 SCI、EI、ISTP收录。

自动化学院有着优越的实验和科研条件，现有办公室和实验室面积近22000平方米，实验和专用设备5000

余台套，为学生的成才创造了极为有利的条件。

自动化学院学术氛围浓厚、教风严谨、学风踏实，在各项教学环节中以培养高素质创新型人才为目标。

大学生科技活动成果丰硕，近四年获国际、国家级奖励 30 余项，省部级奖励 60 余项。学生就业形势好，考

取研究生比例高。

自动化学院与美国、英国、德国、法国、日本、加拿大、新加坡等国家保持着良好的学术交流和科研合

作关系，并聘请了包括中科院院士、IEEE Fellow 等在内的近二十名国内外知名学者任我学院的兼职教授和

客座教授，极大地提高了我院的学术水平和国内外的知名度。

目前，自动化学院师生正以崭新的面貌迎接新世纪的挑战，与时俱进，开拓创新，为再创辉煌而努奋斗


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School of AutomationThe Automation School of Nanjing University of Science and Technology (NUST) dates back to Command

Instrument specialty in the Artillery Engineering Department of Harbin Institute of Military Engineering and

Dynamic Transmission specialty of Artillery Engineering Institute of People's Liberation Army. After constant

professional development and department adjustment, Automatic Control Department of East China Institute of

Technology was established in 1984. In 1996, it changed its name to Automation Department of NUST. In 2005, it

was renamed to Automation School of NUST.

Currently, there are 4 departments (Automatic Control, Electrical Engineering, Information Engineering and

Traffic Engineering) and 8 research labs (C3I, process control, etc.) in the School. The School has more than 120

faculty and staff, including 2 scholars of Recruitment program of global experts, 2 Cheung Kong Scholar

professors, 2 Cheung Kong Scholar chair professors, 2 National Bureau of Foreign Experts of high-end, 1 winner of

a National Outstanding Youth Fund, 13 doctoral advisors, 19 professors and 53 associate professors.

The School has a post-doctoral station in the discipline of Control Science and Engineering, and it has 1

primary discipline doctoral program of Control Science and Engineering, including 5 secondary discipline doctoral

programs, specifically, Control Theory and Control Engineering, Systems Engineering, Navigation, Guidance and

Control, Detection Technology and Automation Devices, and Intelligent Grid & Control, and the corresponding

master programs. There are 2 primary discipline master programs of Electrical Engineering and Transport

Engineering, and 2 professional master programs of Control Engineering and Electrical Engineering. In addition,

Control Science and Engineering is a primary key discipline of Jiangsu province and national preliminary key

discipline, and Systems Engineering is a key discipline of Commission on Science, Technology and Industry for

National Defense.

The school has 4 majors: Automation, Electrical Engineering and Automation, Electronic and Information

Engineering, and Rail Traffic Signal & Control. Automation is the Featured Specialty under construction at

national level and also the provincial key major; Electrical Engineering and Automation is the provincial key major.

The school has a provincial experimental demonstration center for Automation and an experimental

demonstration center for Electrical Engineering of MIIT (Ministry of industry and information technology).

The school has an excellent cooperative tradition in academic research. It has established prominent

reputation in the special fields of modeling and control of complex systems, firepower and command control,

network control systems, network and information security, and multi-sensor information fusion, etc. The faculty

members have achieved a considerable number of research accomplishments, such as National Outstanding

Youth Funds, and nearly 300 research projects supported by related companies and institutes. The school has 3

provincial engineering technological research centers. The faculty members have gained more than 60 national

and provincial awards and have published over 1500 high-level academic articles, of which 600 papers have been

cited by SCI, EI, and ISTP systems.

The school has superior experiments and research facilities, nearly 22,000 square meters of office and

laboratory area, and 5000 sets of equipment, which provides favorable conditions for students.


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The faculty is notable for their devotion and for their pedagogical skills. Students have won over 30 items in

national competitions and 60 items in provincial contests.The school takes an active part in setting up international cooperative programs in teaching and researching withforeign countries, such as the U.S.A., the U.K., Germany, France, Japan, Canada, Singapore, etc. It invites plenty offamous scholars, including Chinese Academy of Sciences Fellow, IEEE Fellow as chair professors and part-timeprofessors. It also encourages professors to develop overseas communications and researches.


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自动化一、专业介绍

自动化技术在工业、农业、航空航天、国防、交通运输、商业、经济、管理、医疗、服务等领域应用

极其广泛。本专业历史悠久、师资力量雄厚、教学条件优越，是江苏省品牌专业、国家级特色专业建设点。

本专业拥有国家级优秀教学团队和国家级教学名师，在“以人为本，以学生为中心”的理念指导下，依托

一级学科优势，构建了一套培育系统设计师的实践教学体系。在运动控制、过程控制、网络控制以及嵌入

式控制系统等方面，特色鲜明。建设有多门国家级和省级精品课程、国家级优秀双语教学课程、省级自动

化实践教学示范中心、大学生创新实践活动基地，极大地促进了学生科研素养的提升和创新能力的培养，

为学生培养和进一步深造提供了良好的条件。近年来，本专业在校生在“挑战杯”课外学术科技作品竞赛、

工业自动化挑战赛、智能汽车竞赛、中国机器人大赛、电子设计竞赛等多项全国性大学生科技竞赛中屡创

佳绩，共获得特等、一等和二等奖二十余项，并连年获得省级优秀毕业设计团队奖。本专业毕业生广泛从

事自动化领域的系统设计、新产品研制、软硬件开发，主要就业于电子、通信、电力等相关研究机构与国

内外知名企业。毕业生动手能力强、适应面宽，综合素质高，得到用人单位广泛赞誉。近 3 年毕业生约 60%

继续在国内外深造，就业率达 99%。

二、培养目标

培养具备良好的科学素质、人文素养、社会责任感和职业道德；具有较强的创新意识和工程实践能力；

具有国际视野和跟踪自动化领域发展的能力；具有团队合作精神和组织管理能力；具有扎实的自动化基础

理论和专业技能，能够从事自动测试系统、嵌入式计算机控制系统、网络化控制系统以及自动化设备的设

计与开发、应用与维护、技术管理与教育等方面工作的高级工程技术人才。

三、培养要求

为使本专业学生达到培养目标，要求毕业生应具备以下 10 项能力：


2.具有从事控制工程工作所需的相关数学、自然科学以及经济和管理知识；

3.系统地掌握自动控制、信息处理、自动检测、计算机应用、网络等方面的基本理论和技术；具有系

统的工程实践学习经历；了解自动化的发展趋势和前沿技术；

4.能够熟练使用控制工程中的常用仪器，具备设计与实施自动控制类实验的能力，并能够对实验结果

进行分析；具备从事自动控制系统研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握自动化技术领域基本的创新方法，能够综合运用所学理论和技术

手段进行自动控制系统的设计、开发和分析，设计过程中能够综合考虑经济、环境、法律、安全、健康、

伦理等制约因素；


7.了解与自动化专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面的

方针、政策和法津、法规，能了解社会对自动化技术的需求；





http://www.baidu.com/link?url=thO2p3LjDXkXcj4QDJQtTQ1YOUCu05UUuTNOa8mZzO_28n3lIoOU_K0pmi90JQV9


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修业年限：三到六年



主干学科：控制科学与工程

交叉学科：电气工程、计算机科学与技术


控制工程基础、现代控制理论基础、运动控制系统、过程计算机控制系统、PLC 原理及应用、微机原

理与接口技术、电路、模拟电子线路、数字逻辑电路、嵌入式控制系统及应用、微控制器应用及系统设计、

传感器与检测技术、控制系统计算机仿真及辅助设计、工业自动化网络技术、机器人控制导论、导航技术

基础、模糊控制及应用、航天控制概论、无人机控制技术等。


军事训练、金属工艺实习、电子工艺实习、电工电子综合实验、EDA 设计、控制系统综合课程设计、

毕业实习、毕业设计等。





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Automation

Ⅰ. Introduction

Automation technology is widely used in industry, agriculture, aerospace and national defense, etc.

Automation is the Featured Specialty under construction at national level and also the provincial key major. The

faculty members have gained honors and titles as national distinguished teachers and a national excellent

teaching team. With “people-oriented and student-centered” in mind, it has built a set of practical education

systems for training system designers. The major specializes in four areas, namely motion control systems,

process control systems, network control systems and the embedded control systems. There are national and

provincial core courses, national bilingual teaching demonstration courses, and a provincial automation

experimental teaching demonstration center. Students have achieved over twenty awards in various National

Undergraduate Competitions, including the Challenge Cup National Undergraduate Competition, the Industrial

Automation Challenge Contest, the National Undergraduate Intelligent Car Contest, the Chinese Robot Contest

and the National Undergraduate Electronic Design Contest. Graduates are expected to engage in system

designing, product manufacturing, and software/hardware development in automatic field.

Ⅱ. Objectives

The major aims at cultivating students with scientific knowledge of humanities quality, social responsibility

and professional ethics; innovative mind and engineering practice ability. Graduates are expected to acquire

global vision, frontiers and trends of automation development, teamwork spirit and management. Graduates are

required to obtain fundamentals of automatic control system, and to undertake design and development of

automatic testing systems, embedded computer control systems, networked control systems, and manufacture &

operation of automation equipment.

Ⅲ. Requirements


1. Have awareness of humanities, social responsibility, self-confidence, and engineering professional ethics;

2. Acquire knowledge of control engineering, mathematics, natural science and certain knowledge of

economics and management;

3. Master techniques and skills in automatic control, signal processing, automatic measurement, computer

application, and networking; understand state-of-art and development trend of the discipline;

4. Apply instruments skillfully; have abilities of experiment design, implementation and analysis, automatic

control system research, development and maintenance;

5. Have the awareness of innovation; possess preliminary abilities of designing, improving and developing

for products, system and process; be familiar with principles, policies and regulations of environmental







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nature and society;


9. Have self-learning ability, exploration spirit, and social adaptability;







Leading Discipline: Control Science and Engineering

Interdisciplinary Subjects: Electrical Engineering, Computer Science and Technology.

Ⅵ. Core courses

Control Engineering Fundamentals, Modern Control Theory Fundamentals, Motion Control Systems, Process

Computer-Aided Control Systems, PLC Principles and Applications, Microcomputer Principles and Interface,

Electrical Circuit, Analog Electronic Circuits, Numerical Logical Circuits, Embedded Control Systems Design and

Applications, Application and Design of MCU System, Transducers and Detect Techniques, Computer Aided

Design and Simulation of Control system, Network Techniques for Industrial Automation, Introduction to Robot

Control, Basic Principles of Navigation Technology, Fuzzy Control and Applications, Introduction to Aerospace

Control System, Unmanned Aerial Vehicles Control Techniques.



EDA Design, Course Design, Graduation Practice, Graduation Project, etc.






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自动化专业教学计划进程表Table of Teaching Plan for Major of Automation

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



06000704 C语言程序设计‖C Programming Design 4 48 16 4 010




1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013



07022604 管理学原理＊‖Principles of Management＊ 2 32 2 007





04040001 EDA设计‖Electronic Design Automation 1 40 1 004

10030304 EDA综合实验＊‖EDA Synthetic Experiments＊ 1 40 1 010


0.5 20 0.5 004


380

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



1.5 60 1.5 004

10021703 电力电子技术‖Power Electronics Technology 2.5 36 4 2.5 010

10022104 电路‖Circuits 4.5 64 8 4.5 004




2 32 2 004


10025406控制工程基础 ★ ‖ Control EngineeringFundamentals★

3.5 48 8 3.5 010

11027803 理论力学‖Theoretical Mechanics 2 32 2 013


06025003 软件技术基础‖Software Technology 2 32 2 006

10031701数据通信与网络‖Data Communications andNetworks

2.5 34 6 2.5 010


10027003微机原理与接口技术 ‖ MicrocomputerPrinciple and Interface Technology

4 56 8 4 010

10028202现代控制理论基础★‖Modern Control TheoryFundamentals★

3.5 48 8 3.5 010



10020104 PLC原理及应用‖PLC Principles and Applications 2.5 28 12 2.5 010

10020802传感器与检测技术 ‖ Sensors and TestingTechnology

2 26 6 2 010

10024601过程计算机控制系统‖Process Computer-AidedControl Systems

3 32 16 3 010

10050001控制系统案例分析‖Case Study on AutomaticControl System

2 32 2 010

10028902控制系统综合课程设计 ‖ ComprehensiveCourse Design of Control Systems

2 80 2 010

10032001嵌入式控制系统及应用‖Embedded ControlSystems Design and Applications

3 32 16 3 010

04027703 数字信号处理‖Digital Signal Processing 2 32 2 004

10029601 运动控制系统‖Motion Control Systems 3 40 8 3 010

10028003 自动控制元件‖Automatic Control Components 2.5 32 8 2.5 010

10032401嵌入式控制系统综合实验‖ComprehensiveExperiments of Embedded Control Systems

1 40 1 010

10044201优化理论及应用‖Optimization Theoryand Its Applications

Ⅰ

2 32 2 010




Ⅱ（卓工）

14 560 14 010


10051201液晶器件制造工艺 ‖LCD devicemanufacturing process

1 16 1 010

10051301光电子技术概论 ‖ Introduction tophotoelectronic techniques

2 32 2 010

23020503电子信息工程综合实习‖


2 80 2 022

10051401电路CAD及印制电路板设计技术‖CircuitCAD and printed circuit board designtechniques

1 16 1 010



381

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



10031201导航技术基础‖Basic Principles of NavigationTechnology

2 24 8 2 010

10022402电气制图及CAD＊‖Electrical Drawing and CAD＊

1.5 8 16 1.5 010

10023301工业自动化网络技术‖Network Techniques forIndustrial Automation

2 16 16 2 010

10037101航天控制概论 ‖ Introduction to AerospaceControl System

2 32 2 010

10023901 机器人控制导论‖Introduction to Robot Control 2 24 8 2 010

10031801建模与辨识基础‖ Introduction to Modellingand Identification

2 24 8 2 010

10043901 控制软件设计‖Design of Control Software 2 32 2 010

10025502控制系统计算机仿真及辅助设计‖ComputerAided Design and Simulation of Control System

1.5 8 16 1.5 010

10032101模糊控制及应用 ‖ Fuzzy Control and ItsApplications

2 24 8 2 010

10044101 实时数据库系统‖Real-Time Database System 2 24 8 2 010

10026602 数字图像处理‖Digital Image Processing 2 32 2 010

10032202微控制器应用及系统设计‖Application andDesign of MCU System

2 24 8 2 010

10044001无人机控制技术‖Unmanned Aerial VehiclesControl Techniques

2 16 16 2 010

10128601学科前沿系列讲座（Ⅰ）＊‖ Lectures onFrontiers of Modern Control Systems (Ⅰ)＊

0.5 8 0.5 010

10228601学科前沿系列讲座（Ⅱ）‖Lectures on Frontiersof Modern Control Systems (Ⅱ)

0.5 8 0.5 010

10328601学科前沿系列讲座（Ⅲ）‖Lectures on Frontiersof Modern Control Systems (Ⅲ)

0.5 8 0.5 010

10428601学科前沿系列讲座（Ⅳ）‖Lectures on Frontiersof Modern Control Systems (Ⅳ)

0.5 8 0.5 010

10032501移动机器人综合实验 ‖ ComprehensiveExperiments of Mobile Robot

1 40 1 010

10027803虚拟仪器技术与设计‖Virtual InstrumentationTechnology and Design

2 4 28 2 010


2 26 6 2 010


Group I：Compulsory Courses Total160.5 1806 1610 25.5 21 28.5 22 20 16.5 11 16


Group II：Compulsory Courses Total164.5 1838 1690 25.5 21 28.5 22 20 18.5 9 20


32 312 232 0.5 0.5 10 8.5 12.5



2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese..


382

轨道交通信号与控制一、专业介绍

本专业属于自动化专业大类，学生主要学习和掌握数学、电路电子、控制工程、信息工程、交通运输

工程等方面的基本理论和基本知识，接受控制工程、交通运输工程、外语的基本训练，依托学校的控制理

论与控制工程、交通运输工程等学科的雄厚积淀和积累，重点培养学生在自动控制、轨道交通信号控制、

道路交通控制等方面的基本知识和研究设计能力，培养能够在本专业领域从事轨道交通信号控制系统和道

路交通控制系统的分析规划、设计、开发、生产、管理、维护和技术支持等方面工作的高级工程技术人才

和科研人才。

本专业与城市轨道交通公司、轨道交通信号控制系统与道路交通信号控制系统研发单位建立了良好的

合作关系，并与南京市地铁有限公司签订了联合办学协议。学生可就业的领域包括铁路部门、城市轨道交

通部门，以及轨道交通和道路交通信号控制系统研发单位，也可以在“控制科学与工程”和“交通运输工

程”等相关学科考研深造。

二、培养目标

本专业培养富有创新精神和实践能力，具有坚实的基础知识，具有自动化专业宽厚的基础理论，掌握

必备的轨道交通信号与控制的基本理论和实践能力，能够在自动化、轨道交通信号与控制、道路交通信号

控制领域从事系统分析、工程施工、系统设计、系统管理、系统运行、设备开发生产、研究开发等工作的

高级工程技术和科研人才。

三、培养标准

毕业生主要从事轨道交通信号与控制系统和道路交通控制系统的分析规划、设计、开发、生产、管理、

维护和技术支持等方面工作。为使本专业学生达到培养目标，要求毕业生应具备以下 10 项能力：


2.具有从事交通信号与控制专业工作所需的相关数学、自然科学以及经济和管理知识；

3.系统地掌握控制工程、交通运输工程等方面的基本理论和技术；了解交通信号与控制的发展趋势和

前沿技术；

4.能够熟练使用轨道交通信号与控制中的常用仪器，具备设计与实施轨道交通信号与控制系统和道路

交通控制类实验的能力，并能够对实验结果进行分析；具备从事轨道交通信号与控制系统和道路交通控制

系统研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握交通信号与控制技术领域基本的创新方法，能够综合运用所学理

论和技术手段进行轨道交通信号与控制系统和道路交通控制系统的设计、开发和分析，设计过程中能够综

合考虑经济、环境、法律、安全、健康、伦理等制约因素；


7.了解与交通信号与控制专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展

等方面的方针、政策和法津、法规，能了解社会对交通信号与控制技术的需求；






383






主干学科：控制科学与工程、交通运输工程

交叉学科：电子科学与技术、信息工程


专业基础课：电路、微机原理及接口技术、控制工程基础、现代控制理论、信号与系统、传感器与检

测技术、自动控制元件、系统可靠性与安全性等。

专业方向课：轨道交通信号设备、轨道交通信号控制、轨道交通运行控制技术、轨道交通的网络与通

信技术、道路交通控制等。


军事训练、金属工艺实习、电子工艺实习、EDA 综合实验、轨道交通信号控制综合实验、轨道交通信

号控制课程设计、道路交通控制综合实验、毕业实习、毕业设计（论文）等。





384

Rail Transit Signal and Control

Ⅰ.Introduction

Rail Transit Signal and Control, established in 2013, belongs to Automation, providing such courses as

mathematics, circuit electronics, control engineering, and information engineering transportation, etc. Based on

the accumulation of control theory, control engineering, and transportation engineering, this major cultivates

students with fundamentals and research/design abilities in automatic control, rail transit signal control, road

traffic control, etc. Graduates will be well prepared to do analysis, planning, design, construction, operation,

management, development, maintenance and technology support in the fields of rail transit signal control system

and road traffic signal control system.

The Department of Transportation has built a good relationship with companies, and research institutes of

rail transit, rail transit signal control, and road traffic signal control. Nanjing University of Science and Technology

and Nanjing Metro Company have signed a joint protocol to promote the development of the major. Generally,

graduates are able to find jobs or to further studies in the fields of rail transit systems, metro systems, rail transit

signal control systems, road traffic control systems and other related departments.

Ⅱ. Objectives

The major aims at cultivating engineering technicians and scientific talents with innovative spirit, practical

ability, solid basic knowledge and theory in automation, rail transit signal and control to be competent for the

jobs such as system analysis, engineering construction, system design, system management, system operation,

device development, etc., in the areas of automation, rail transit signal and control and road traffic signal control.

Ⅲ. Requirements

Students are required to master the engineering technologies and specialty knowledge in the areas of

electronic technology, control theory, system engineering, rail transit signal technology, information technology,

communication technology, computer technology and application, etc.



2. Acquire knowledge of rail transit signal and control, mathematics, natural science and certain knowledge of


3. Master basic knowledge and techniques in control engineering and transportation engineering;

understand the state-of-art and development trend of the discipline;

4. Apply instruments skillfully; have abilities of experiment design, implementation and analysis, rail transit

and road traffic system research, development and maintenance;








385



nature and society;





Standard schooling: four years

Length of program: three to six years

Degree awarding: bachelor of engineering


Leading discipline subjects: control science and engineering, transportation engineering

Interdisciplinary subjects: electronic science and technology, information engineering

Ⅵ. Core courses

Circuits, principle and interface of microcomputer, fundamental control theory, modern control theory,

signal and system, rail transit vehicle, system reliability and safety, sensors and detection technology, rail transit

signal devices, rail transit signal control, rail transit operation control technology, network and communication

technology of modern rail transit, road traffic signal control, etc..

Ⅶ Collective practical teaching session

Military Training, Metalworking Practice, Electronic Technology Practice, EDA Design, Comprehensive

experiments of rail transit signal control, Course Design of rail transit signal control, comprehensive experiments

of road traffic control, Graduation Practice, Graduation Project, etc.






386

轨道交通信号与控制专业教学计划进程表Table of Teaching Plan for Major of Rail Transit Signal and Control

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019







1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








10030304 EDA综合实验＊‖EDA Synthetic Experiments＊ 1 40 1 010

10020104 PLC原理及应用‖PLC Principles and Applications 2.5 28 12 2.5 010

10020802传感器与检测技术 ‖ Sensors and TestingTechnology

2 26 6 2 010


387

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



0.5 20 0.5 004


1.5 60 1.5 004

10021703 电力电子技术‖Power Electronics Technology 2.5 36 4 2.5 010

10022104 电路‖Circuits 4.5 64 8 4.5 004





3.5 48 8 3.5 010





4 56 8 4 010

10043001系统可靠性与安全性‖System Reliability andSafety

2 32 2 010

10028202现代控制理论基础★‖Modern Control TheoryFundamentals★

3.5 48 8 3.5 010

04030804 信号与系统‖Signals and Systems 2 32 2 004

10028003 自动控制元件‖Automatic Control Components 2.5 32 8 2.5 010





10043101 道路交通控制‖Road Traffic Control 3 44 4 3 010

10043201道路交通控制综合实验＊‖ComprehensiveExperiment of Road Traffic Control＊

1 40 1 010

10037201 轨道交通概论‖Introduction to Rail Transit 2.5 40 2.5 010

10037701轨道交通控制综合实验＊‖ComprehensiveExperiment of Rail Transit Control＊

1 40 1 010

10037601轨道交通网络与通信技术‖ Network andCommunication Technology of Rail Transit

2 28 4 2 010

10037801轨道交通信号课程设计＊‖Course Design ofRail Transit Signal ＊

1 40 1 010

10037401轨道交通信号控制‖ Signal Control of RailTransit

3 40 8 3 010

10037301轨道交通信号设备‖Signal Equipments of RailTransit

2.5 32 8 2.5 010

10037501轨道交通运行控制技术‖Operation ControlTechnology of Rail Transit

2 26 6 2 010



10038701 MATLAB及其应用‖Matlab and Its Application 2 16 16 2 010

01032901城市客运交通 ‖ Urban PassengerTransportation

2 32 2 010

10038601道路交通现代控制技术‖Modern ControlTechnology of Road Traffic

2 32 2 010

10043301 轨道交通车辆‖Rail Transit Vehicles 2 32 2 010

10038501轨道交通牵引供变电技术‖Power Supply andSubstation Techniques for Eletric Traction of RailTransit

2 32 2 010

10038301轨道交通信号抗干扰技术‖Anti-InterferenceTechnology of Rail Transit Signal

2 32 2 010

10038401 轨道交通信息技术‖Information Technology of 2 32 2 010


388

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Rail Transit

10024601过程计算机控制系统‖Process Computer-AidedControl Systems

3 32 16 3 010

10050901 交通安全技术‖Traffic Safety Technology 2 24 8 2 010

10032001嵌入式控制系统及应用‖Embedded ControlSystems Design and Applications

3 32 16 3 010

10032401嵌入式控制系统综合实验‖ComprehensiveExperiments of Embedded Control Systems

1 40 1 010


3 34 14 3 010

04027703 数字信号处理‖Digital Signal Processing 2 32 2 004

10028605 学科前沿系列讲座‖Lectures on Frontiers 1 16 1 010

10029601 运动控制系统‖Motion Control Systems 3 40 8 3 010

必修课程汇总‖Compulsory Courses Total 156 1750 1594 25.5 23 23 24 20.5 18 3 19


32 418 118 3 2 5 10 12





389

电气工程及其自动化一、专业特色

电气工程及其自动化专业源于 1993 年和 1994 年创办的“电气技术”和“电力系统及自动化”专业，

1999 年合并成立电气工程及其自动化专业。电气工程专业是现代科技领域中的核心专业之一，从一定程度

上代表着社会的科技水平，是当今高新技术领域中不可或缺的关键专业。本专业师资力量雄厚、教学条件

优越，2005 年获批为江苏省特色专业。

本专业学生主要学习电工技术、电子技术、电气工程、信息控制、计算机技术等方面较宽广的工程技

术基础和专业知识，涵盖电机与电器、电力系统、电力电子及电力传动等领域。本专业主要特点是强弱电

结合、电工技术与电子技术相结合、软件与硬件相结合、元件与系统结合、理论知识学习与应用能力培养

相结合，学生受到电工电子、信息控制及计算机技术方面的基础训练，具有分析解决电气工程与控制技术

问题的基本能力。

本专业毕业生广泛从事电气工程相关系统、设备的设计、运行控制、信息处理、研究开发，主要就业

于电力、电气、电子等相关研究机构与国内外知名企业。毕业生动手能力强、适应面宽，综合素质高，得

到用人单位广泛赞誉。

二、培养目标

培养具备良好的科学素质、人文素养、社会责任感和职业道德；具有较强的创新意识和工程实践能力；

具有国际视野和跟踪自动化领域发展的能力；具有团队合作精神和组织管理能力；具有扎实的基础理论和

专业技能，能够从事与电气工程有关的系统和设备设计、运行控制、信息处理、研究开发以及计算机应用

等领域工作的高级工程技术人才。

三、培养要求

为使本专业学生达到培养目标，要求毕业生应具备以下 10 项能力：


2.具有从事电气工程工作所需的相关数学、自然科学以及经济和管理知识；

3.系统地掌握基础理论知识，包括电工理论、电子技术、电机学、信息处理、检测技术、控制理论、

计算机软硬件基本原理与应用等；具有系统的工程实践学习经历；了解电气工程领域的发展趋势和前沿技

术；

4.能够熟练使用电气工程中的常用仪器，具备设计与实施电气工程类实验的能力，并能够对实验结果

进行分析；具备从事电气工程相关系统、设备的研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握电气工程领域基本的创新方法，能够综合运用所学理论和技术手

段进行电气工程相关系统、设备的设计、开发和分析，设计过程中能够综合考虑经济、环境、法律、安全、

健康、伦理等制约因素；


7.了解与电气工程专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面

的方针、政策和法津、法规，能了解社会对电气工程技术的需求；






390






主干学科：电气工程

交叉学科：控制科学与工程、计算机科学与技术

六、主要课程

电路、电子技术基础（模拟电子线路、数字逻辑电路）、工程制图、工程电磁场、电机学、电力电子

技术、检测技术、控制工程基础、信号与系统、电力系统分析、电气传动技术、电力变换技术、计算机技

术（C 语言设计、软件技术基础、微机原理及接口技术、单片机应用技术）等。

高年级根据社会需要学习柔性的、适应性强、覆盖面宽的专业课及专业选修课等。


军事训练、电路与电子技术实验、电子工艺实习、金属工艺实习、计算机软件实践及硬件实践、电力

电子综合实习、电气工程认知实习、电气工程课程设计、毕业实习、毕业设计（论文）等。





391

Electrical Engineering and Automation

Ⅰ. Introduction

Major of Electrical Engineering and Automation, originating in the major of Electrical Technology and Power

System, was established in 1999. The major was approved a provincial key major in 2005.

The major has clear objectives, good atmosphere of teaching and researching. The major focuses on

fundamentals of strong electricity and weak electricity, software and hardware, and systems and components.

The major specializes in four areas, namely power system, motor and electrical appliances, electrical power and

electronics, and electrical measurement. Graduates are expected to engage in electrical system designing,

product manufacturing, and software/hardware development in the fields of power system and electrical system.

Graduates will be well prepared to do scientific research, technological development, product design, or relevant

technical management in institutes, universities, and relevant hi-tech enterprises.

2. Objectives

The major aims at cultivating students with scientific knowledge of humanities quality, social responsibility

and professional ethics; innovative mind and engineering practice ability. Graduates are expected to acquire

global vision, frontiers and trends of power system and electrical system, teamwork spirit and management.

Graduates are required to obtain fundamentals of power system and electrical system, and to undertake design

and development of power system and electrical equipment.

3. Requirements



2. Acquire knowledge of electrical engineering, mathematics, natural science and certain knowledge of


3. Master techniques and skills in power system, motor and electrical appliances, electrical power and

electronics, and electrical measurement; understand state-of-art and development trend of the discipline;

4. Apply instruments skillfully; have abilities of experiment design, implementation and analysis, power

system and electrical system research, development and maintenance;









nature and society;




392







Leading Discipline: Electrical Engineering

Interdisciplinary Subjects: Control Science and Engineering, Computer Science and Technology

Ⅵ .Core courses

Electric Circuits, Electric Machinery, Engineering Graphics, Engineering Electromagnetic Field, Power

Electronics, Electrical Towage Control Systems, Power System Analysis, Technique of Electrical Measurement,

Electronics (Analog Circuits, Digital Circuits), Automation Control, Signals and Systems, Electrical Drive, Power

Convert, Computer Technology (C Language Design, Foundations of Software Technology, Microcomputer

Principle and Interface Technology, Microcomputer Technology Application), etc.



EDA Design, Electrical Engineering Cognition Practice, Course Design, Graduation Practice, Graduation Project,

etc.






393

电气工程及其自动化专业教学计划进程表Table of Teaching Plan for Major of Electrical Engineering and Automation

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019







1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013








0.5 20 0.5 004


1.5 60 1.5 004

10130602 电机学（Ⅰ）‖Electrical Machinery(Ⅰ) 3 40 8 3 010

10230602 电机学（Ⅱ）‖Electrical Machinery(Ⅱ) 3 40 8 3 010


394

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


10021701 电力电子技术‖Power Electronics Technology 3 40 8 3 010

10030303电力电子设计综合实验＊‖ComprehensiveExperiment of Power Electronics System＊

1 40 1 010

10022104 电路‖Circuits 4.5 64 8 4.5 004

10050401电气工程认知实习＊‖Electrical EngineeringCognition Practice＊

1 40 1 010



10041301工程电磁场 ‖ Engineering ElectromagneticFields

3 45 3 3 010



10022204 检测技术‖Detection Technology 3 40 8 3 010


3.5 48 8 3.5 010





4 56 8 4 010




10028801电工仪表与测量综合实验‖ComprehensiveExperiment of Electrical Instrumentation andMeasurement

1 40 1 004

10029002电气工程课程设计＊ ‖ Course Design ofElectrical Engineering＊

2 80 2 010

10043501电机设计技术与CAD‖Electrical MachineDesign and CAD

Ⅰ

2 32 2 010



10033103电气测试系统原理‖Theory of ElectricalTesting System

2 26 6 2 010

08039901电气工程基础 ‖ Fundamentals ofElectrical Engineering

4 56 8 4 010

10041502交直流调速系统 ‖ Modern MachineAdjust Speed Systems

4 48 16 4 010

10041601开关电源设计与应用‖ Principles andDesign of Switching Power Supply

3 40 8 3 010

08034801 电力系统分析‖Power System Analysis

Ⅱ

4 60 4 4 010



08022402电力系统继电保护 ‖ Power SystemProtective Relaying

4 56 8 4 010

10033101电气设备在线检测‖On-Line Monitoringand Diagnosis for Power Equipment

2 32 2 010

08023301发电厂电气工程‖Electrical Power PlantEngineering

3 44 4 3 010

08024002 高电压技术‖High Voltage Technology 2 28 4 2 010

10043501电机设计技术与CAD‖Electrical MachineDesign and CAD Ⅲ

（卓工）

2 32 2 010

10041502交直流调速系统 ‖ Modern MachineAdjust Speed Systems

4 48 16 4 010



395

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



10041601开关电源设计与应用‖ Principles andDesign of Switching Power Supply

3 40 8 3 010

08034801 电力系统分析‖Power System Analysis 4 60 4 4 010

08022402电力系统继电保护 ‖ Power SystemProtective Relaying

4 56 8 4 010

10051501电气设备制造工艺‖Technic of ElectricalEquipment

1 16 1 010

10051601 专业综合设计‖Comprehensive Design 2 80 2



10021101单片机应用技术‖Technique and Application ofMCU

3 36 12 3 010

10050601 电力电子器件‖Power Electronic Devices 2 32 2 010

10050701电力电子系统建模与控制‖Modeling andControl of Power Electronics System

2 32 2 010

10041701 电力系统电磁兼容‖EMC of Power System 2 26 6 2 010

08035001电力系统计算机辅助分析‖Computer AidedAnalysis of Power System

2 22 10 2 010

08032501电力系统远程监控原理‖Remote Monitoringand Control of Power Systems

2 30 2 2 010

08034904电力系统自动化 ‖ Automation of PowerSysytem

2 32 2 010

10033502电能质量分析与控制‖Analysis and Control ofPower Quality

2 32 2 010

10050801电器逻辑控制技术 ‖ Programmable LogicControl Technology

2 24 8 2 010

10030601建筑电气技术 ‖ Architecture ElectricTechnology

3 40 8 3 010

10031103灵活交流输电技术‖Technology of Flexible ACTransmission

2 32 2 010

10034101无线传感器网络技术基础‖Fundamentals ofWireless Sensor Network Technology

2 24 8 2 010

10028204现代控制理论基础‖Modern Control TheoryFundamentals

3 48 3 010


2 32 2 010

10050501新型电机及应用 ‖ New Type Motor andApplication

2 32 2 010

10033701虚拟仪器与自动测试技术‖Virtual Instrumentsand Automatic Testing Technology

2 24 8 2 010

10030201 学科前沿系列讲座‖Lectures on Frontiners 1 16 1 010

10043701 智能电网概论‖Introduction to Smart Grid 1 16 1 010


Group I：Compulsory Courses Total159 1783 1633 26.5 23 25.5 22.5 26 11.5 7 17


Group II：Compulsory Courses Total159 1801 1615 26.5 23 25.5 22.5 26 11.5 7 17

方向Ⅲ组:必修课程汇总

Group Ⅲ：Compulsory Courses Total164 1833 1711 26.5 23 25.5 22.5 26 15.5 7 18


37 536 56 22 15





.


396

智能电网信息工程一、专业介绍

该专业最早是于 1995 年创办的信息工程专业，1998 改成电子信息工程专业，2012 年为响应国家面向新

能源、高新技术发展的需要而成立的智能电网信息工程专业，现属省级重点建设品牌专业，该专业也是我校

“智能电网与控制”二级博士点学科下所设的一个本科专业。智能电网信息工程专业融电力电子、电力系统

自动化、信息工程于一体，以“智能电网信息技术”、“分布式发电与控制”为特色，以实验环境、实习基地

为基础，以教学改革为导向，以优良的教师队伍为主体，培养具有扎实专业理论和技能，具备较强的电气工

程和信息工程综合素质和创新精神，掌握电力系统通信技术、信息采集和处理的基本理论与技术，熟悉智能

电网的发展动态、电力系统生产和运行规律与特点，受到智能电网领域的软、硬件良好训练，在新能源发电

与智能接入技术、电网智能调度与控制技术、电能计量与监测、计算机与网络通信技术等方面学有所长，可

以在网络化、信息化、智能化电气系统领域从事生产制造、工程设计、系统运行、系统分析、技术开发、教

育科研等方面工作的特色鲜明的复合型高级工程技术人才。毕业生可从事国家有关部门、科研院所、高等院

校、企业、高新技术公司从事智能电网系统及其设备的研究、设计与制造工作。

二、培养目标

本专业紧密结合国家智能电网建设之需，旨在培养具有扎实的专业理论和专业技能，具备较强的综合素

质和一定的创新能力，能综合应用智能电网相关理论及通信、控制、传感与检测、计算机应用等相关信息技

术，从事“智能电网信息工程”专业相关的智能用电、智能电网调度与控制、智能化变电站、分布式发电、

微网等系统及其装备的研究、设计、开发和应用集成，适应新兴国家战略产业发展需要的复合型高级工程技

术人才。

三、培养要求

本专业学生主要学习电工技术、电子技术、控制理论、电力系统分析、新能源技术、信息处理、自动检

测、计算机技术与应用和通信网络技术等方面的基本理论和专业知识，受到良好的工程实践基本训练，具有

系统分析、设计、开发与研究的基本能力。毕业生应获得以下几方面的知识和能力：


2.具有从事智能电网信息工程工作所需的相关数学、自然科学以及经济和管理知识；

3.系统地掌握智能电网、信息处理、自动检测、计算机应用、网络、自动控制等方面的基本理论和技术；

具有系统的工程实践学习经历；了解智能电网和信息技术的发展趋势和前沿技术；

4.能够熟练使用智能电网信息工程中的常用仪器，具备设计与实施电气工程类实验的能力，并能够对实

验结果进行分析；具备从事智能电网信息工程系统研究、开发和维护工作的能力；

5.具有追求创新的态度和意识，掌握智能电网和信息技术领域基本的创新方法，能够综合运用所学理论

和技术手段进行智能电网信息系统的设计、开发和分析，设计过程中能够综合考虑经济、环境、法律、安全、

健康、伦理等制约因素；


7.了解与智能电网信息工程专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展

等方面的方针、政策和法津、法规，能了解社会对智能电网信息技术的需求；





397

10 具有国际视野和国际交流能力，能进行有效的工程技术沟通、合作与竞争。






主干学科：电气工程、控制科学与工程。

交叉学科：计算机科学与技术，信息工程。


电路、电子技术基础、电机学、电力电子技术、软件技术基础、信号与系统、控制理论、智能电网信息

技术、智能变电站、微网集成与控制技术、智能电网先进传感技术、嵌入式系统设计与应用、新能源发电技

术、电力系统分析基础等。


金属工艺实习，EDA 设计，电工电子综合实验，电工仪表与测量综合实验，智能电网课程设计、毕业实

习和毕业设计。





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Information Engineering for Smart Grid

Ⅰ. Introduction

Information Engineering for Smart Grid, provincial key major in Jiangsu, was established in 2012. It offers

bachelor, master and doctoral degrees. Information Engineering for Smart Grid combines power electronics

technology, automatic control on electrical power system and information engineering. The main characteristic of

this major is smart grid information technology, distributed generation and control of electric power. With an

excellent faculty team, the major attempts to cultivate students in the field of electrical engineering and

information engineering with high quality and innovation spirit. Students are required to be familiar with the

developments of Smart Grid and the rules of power system. Students are trained to be equipped with new

energy power generation and intelligent access technology, grid intelligent scheduling and control technology,

energy measurement and monitoring, computer and network communication technology, etc. Graduates are

expected to engage in manufacturing, engineering design, system operation, system analysis, technology

development, education and scientific research in the field of networking, information technology, and intelligent

electrical system.

Ⅱ Objectives

The major aims at cultivating engineering technicians and scientific talents with innovative spirit, practical

ability, solid basic knowledge and theory in electrical engineering and information engineering for smart grid to

be competent for the jobs of research, design, development or integrated application on smart electricity, smart

schedule and control, intelligent substation, distributed power generation, micro-grid, etc.

Ⅲ. Requirements

Students are required to master knowledge in electrical and electronic technology, control technology,

power system, new energy technology, information processing, automatic inspection, computer application and

communication networking technology.



2. Acquire knowledge of smart grid and information engineering, mathematics, natural science and certain

knowledge of economics and management;

3. Master basic knowledge and techniques in smart grid, information processing, automatic inspection,

computer application, network and automatic control; understand the state-of-art and development trend of the

discipline;

4. Apply instruments skillfully; have abilities of experiment design, implementation and analysis, smart grid

information system research, development and maintenance;






399





nature and society;




Ⅳ. Length of schooling and Degree to be awarded





Leading Discipline: Electrical Engineering, Control Science and Engineering

Interdisciplinary Subjects: Computer Science and Technology, Information Engineering

Ⅵ. Core CoursesCircuits, Electronic Technology Fundamentals, Electromechanics, Power Electronics Technology, Software

Technology Base, Signals and Systems, Control Theory, Information Technology of Smart Grid, IntelligentSubstation, Micro-network and its Control, Advanced Sensor Technology of Smart Grid, Design and Application ofEmbedded System, New Energy Generation Technology, Fundamentals of Power System Analysis, etc.


Metalworking Practice, EDA design, Comprehensive experiment of electrical and electronic, Electrical

instrumentation and measurement experiment, Course Design of Smart Grid, Graduation practice, Graduation

project, etc.






400

智能电网信息工程专业教学计划进程表Table of Teaching Plan for Major of Information Engineering for Smart Grid

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019







1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013





16026501新材料技术概论＊‖ Introduction to AdvancedMaterials＊

2 32 2 016





0.5 20 0.5 004

04237001 电工电子综合实验（Ⅱ）＊‖Electrical and 1.5 60 1.5 004


401

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Electronic Comprehensive Experiment (Ⅱ)＊

10030603 电机学‖Electrical Machinery 3 38 10 3 010

10021701 电力电子技术‖Power Electronics Technology 3 40 8 3 010

10030303 电力电子设计综合实验＊‖ComprehensiveExperiment of Power Electronics System＊

1 40 1 010

10022104 电路‖Circuits 4.5 64 8 4.5 004



10041301工程电磁场 ‖ Engineering ElectromagneticFields

3 45 3 3 010



3 48 3 010





4 56 8 4 010


10045001 智能电网导论‖Introduction to Smart Grid 2 32 2 010





10028801电工仪表与测量综合实验‖ComprehensiveExperiment of Electrical Instrumentation andMeasurement

1 40 1 004

08034801 电力系统分析‖Power System Analysis 4 60 4 4 010

08022404电力系统继电保护‖Power System ProtectiveRelaying

3 48 3 010

08040502嵌入式系统设计与应用 ‖ Design andApplication of Embedded System

3 40 8 3 010

10042001智能变电站技术 ‖ Intelligent SubstationTechnology

2 28 4 2 010

10045101智能电网课程设计＊‖Course Design of SmartGrid＊

2 80 2 010

10045201智能电网信息技术‖Information Technology ofSmart Grid

3 48 3 010



10020102 PLC原理及应用‖PLC Principles and Applications 2 24 8 2 010

10033603电力系统故障分析‖ Fault Analysis of PowerSystem

2 32 2 010

10051001电力系统计算机辅助分析‖Computer AidedAnalysis of Power System

2 22 10 2 010

10042802电力系统通信技术 ‖ Electric PowerCommunication System

2 32 2 010


2 26 6 2 010

10045301人工智能技术 ‖ Artificial IntelligenceTechnology

2 32 2 010

10031102柔性交流输电技术‖Technology of Flexible ACTransmission

2 32 2 010

10051101 图像处理技术‖Image Processing Technology 2 32 2 010

10030101微机测控技术‖Microcomputer Measurementand Control Technology

3 38 10 3 010


402

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


10042701微网集成与控制技术‖Micro Grid Integrationand Control Technology

2 32 2 010

10034101无线传感器网络技术基础‖Fundamentals ofWireless Sensor Network Technology

2 24 8 2 010

10045901 先进传感技术‖Advanced Sensor Technology 3 48 3 010


2 32 2 010

10034601学科前沿系列讲座‖ Lectures on Frontiers ofThe Discipline

1 14 2 1 004

10042501 智能电量计量‖Intelligent Electricity Metering 2 24 8 2 010

10045601 智能仪器与仪表‖Intelligent Instruments 2 32 2 010



33 476 52 7 26





.

南京理工大学理学院 2014本科专业介绍及教学计划进程表

403

理学院理学院成立于 1993 年，是我校以理学为主的主要承担基础研究、应用基础研究和基础教学的学院。理

学院现由 7 个系、3 个研究所、3 个实验中心和 1 个图书资料室组成，包括：应用物理系、信息物理与工程

系、应用数学系、信息与计算科学系、统计与金融数学系、力学与工程科学系、土木工程系、应用基础科学

研究所、数学及其应用研究中心、激光与测试技术研究所、物理实验中心、数学实验中心、力学实验中心

和图书资料室。学院现有教职员工 179 人，其中博导 27 名，教授 34 名，副教授 68 名。

学院目前拥有 7 个本科专业, 3 个一级学科博士点, 2 个二级学科博士点，和 23 个硕士点。7 个本科专业

包括：应用物理、光电信息科学与工程（理）、数学与应用数学、信息与计算科学、应用统计学、工程力学、

土木工程，其中应用物理、信息与计算科学、光电信息科学与工程（理），工程力学和土木工程均为江苏省

特色专业，信息与计算科学为江苏省品牌专业。3 个一级学科博士点包括：光学工程、数学和力学。2 个二

级学科博士点包括：测试计量技术及仪器和物理电子学。23 个硕士点包括：凝聚态物理、原子分子物理、等

离子体物理、光学、光学工程、声学、测试计量技术及仪器、基础数学、应用数学、计算数学、统计学、概

率论与数理统计、金融学、运筹学与控制理论、一般力学与力学基础、固体力学、流体力学、工程力学、土

木工程、生物医学工程、光学测试科学及仪器、光电科学与工程、激光科学与工程；此外，学院还拥有“光学

工程”、“建筑与土木工程”、“仪器仪表工程”等多个工程硕士点。在这些学科专业中，光学工程是国家级重点

学科，工程力学类专业和“信息与计算科学”专业也于 2012 年分别获批江苏省“十二五”重点专业类和工信部重

点专业。目前理学院每年招收 330 名本科生，120 多名硕士生，20 名以上博士生。

多年来，学院坚持“基础教育教学为立院之本，学科专业发展为强院之路”的办学理念，建立起基础教学

与学科专业互动发展的新的学院发展机制。经全体教职员工的不懈努力，学院从单一教学型单位发展成为学

科、专业颇具规模和特色、教学和科研共同发展的教育实体。通过引进高级人才和加强国内外学术交流与合

作，学院汇集了一批有较高学术造诣和年富力强的学科带头人和学术骨干，形成了较强实力的学科队伍。他

们中有国家级有突出贡献的专家、国家和江苏省教学名师、国家科技成果奖获得者、国家教学成果奖和国家

发明奖获得者，大学数学教学团队被评为国家教学团队。学院还聘请了 2 名中科院院士、2 名美国院士和 1

名马来西亚科学院院士，为我院的名誉教授和兼职教授。

在学校支持下，学院加大了高层次人才引进和培养的力度，学科梯队建设日益优化。学院每年都承担包

括国家自然科学基金项目、省部级以上基金项目和国防重点项目等数十项高层次研究项目；学院还设立了基

础科学年度奖励基金，以鼓励学院教师在高层次的科研项目和学术论文上多出成果。每年在承担全校公共数

理基础教学繁重任务的同时，在国内外学术刊物上发表论文逾百篇，2012 年和 2013 年共发表论文 400 多篇,

其中 1/3 被 SCI 和 EI 收录，另有多部著作和教材出版。我院姚卫博士在攻读博士学位期间共发表学术论文 17

篇，其中 6 篇为 SCI 收录。姚卫的博士学位论文 2000 年入选全国百篇优秀博士论文，8 篇博士学位论文入选

江苏省优秀博士论文。学院注重学术交流与合作，近三年诸多国内外专家学者来访，同时学院也派出教师出

国深造、访问或进修。近几年我院邀请了美、英、德等国及北大、清华、中科院等名校的国内外专家教授来

我院讲学、交流，增进了了解，扩大了交流与合作。

学院以教学为中心，大力进行教学建设。学院共开出本、专科及硕、博士研究生的各类课程 280 余门。

其中大学物理实验、概率与统计被评为国家精品课程；大学物理、高等数学、材料力学、理论力学、计算方

法五门课被评为省精品课程；物理、物理实验和数学等课程的教学成果分别荣获省、国家级的优秀教学教改

成果奖。物理实验中心和力学实验中心被评为省级实验中心，其教改成果产生了全国性的影响。我院还设立


404

了“洪礼壁奖学金”、 “77 数力奖学金”和“波长奖学金”，以鼓励大学生在学业上勤学上进。

由于学院有雄厚的教学实力，并实施了以学科竞赛推进教学进步的战略，同时实施了因材施教以及素质

和创新教育的制度，我院教学质量有了良好的保证。我校学生在全省高校的历次物理竞赛、数学竞赛中始终

名列前茅；在全国“周培源大学生力学竞赛”以及全国及国际大学生“数学建模”竞赛中，均取得优异成绩；秦

鹏等同学在全国大学生“挑战杯”竞赛和“展望 21 世纪主题设计竞赛”中，均荣获一等奖的好成绩；不仅如此，

学院“力人行”团队在第九届全国周培源大学生基础力学实验团体赛中，斩获了全国唯一的特等奖，并取得了

校学生最高奖项-校长奖章。

学院一贯倡导学术自由、教学严谨、作风踏实；在人才培养方面，学院狠抓基础、注重素质；在专业建

设和学科发展方面，学院看准内涵、着重实效、不断改革。学院在教学、科研、专业和学科建设方面已形成

了一个良好的发展基础，正在按照新的发展规划，向新的目标迈进。全院教职工正以团结奉献的精神，创造

条件，抓住机遇，努力工作,迎接挑战，为我校的理学学科和基础教学的进一步发展，为学校的发展做出更大

的贡献。


405

School of ScienceThe School of Science, founded in 1993, focuses on fundamental and applied researches, and offers

fundamental college courses in mathematics, physics and mechanics. The School consists of 7 departments, 3

institutes, and 3 experimental centers, namely, Department of Applied Physics, Department of Information

Physics and Engineering, Department of Applied Mathematics, Department of Information and Computing

Science, Department of Statistics and Financial Mathematics, Department of Mechanics and Engineering Science,

Department of Civil Engineering, Institute of Applied Fundamental Science, Center for Mathematics and its

Applications , Institute of Laser and Testing Technology, Experimental Center for Physics, Experimental Center for

Mathematics, and Experimental Center for Mechanics. The School has 179 faculty and staff members, including

27 Ph.D. advisers, 34 professors, and 68 associate professors.

The School offers 7 undergraduate programs, 3 Ph.D. programs of the primary discipline, 2 Ph.D. programs of

the secondary discipline, and 23 M.S. (Master of Science) programs. The 7 undergraduate programs are Applied

Physics, Optoelectronic Information Science and Engineering (Bachelor of Science, B.S.), Mathematics and Applied

Mathematics, Information and Computing Science, Applied Statistics, Engineering Mechanics, and Civil Engineering,

among which Applied Physics, Information and Computing Science, Optoelectronic Information Science and

Engineering (B.S.), Engineering Mechanics and Civil Engineering are all the provincial key majors. The 3 Ph.D.

programs of the primary discipline include Optical Engineering, Mathematics, and Mechanics, while the two Ph.D.

programs of the secondary discipline contain Testing and Measuring Technology and Instruments, and Physical

Electronics. The 23 M.S. programs cover Condensed Matter Physics, Atomic and Molecular Physics, Plasma Physics,

Optics, Optical Engineering, Acoustics, Testing and Measuring Technology and Instruments, Pure Mathematics,

Applied Mathematics, Computational Mathematics, Statistics, Probability and Mathematical Statistics, Finance,

Operational Theory and Cybernetics, Dynamics and Control, Solid Mechanics, Fluid Mechanics, Engineering

Mechanics, Civil Engineering, Biomedical Engineering, Optical Testing and Instruments, Optoelectronic Science and

Engineering, and Laser Science and Engineering. In addition, the School offers M. Eng. (Master of Engineering)

programs in Optical Engineering, Architecture and Civil Engineering, and Instrument and Meter Engineering. Among

all of these programs, Optical Engineering is a national key discipline, while Engineering Mechanics and Information

& Computing Science are selected as the provincial and ministerial key majors.

The School has highlighted the introduction and cultivation of advanced talents, so as to optimize our

academic and teaching teams. Tens of research projects are funded annually by National Natural Science

Foundation of China, provincial and ministerial Natural Science Foundations, and National Defense Key Programs.

The School has also established a Basic Science Annual Reward Fund, to encourage the faculty members in the

School to get more fundings in advanced research projects and publish more scientific papers in peer-reviewed

academic journals. In spite of the heavy load in teaching fundamental college courses, the School publishes more

than 100 papers in academic journals each year. Especially, a total number of 400 papers were published in 2012

and 2013, among which one third are SCI or EI journals. In addition, the School has published a number of

monographs and textbooks. One of our Ph.D. students has published 17 papers during his Ph.D. study, among

which 6 were SCI journals, and his dissertation was selected as one of the National 100 Outstanding Doctoral

Dissertations by the Ministry of Education in 2000. In addition，8 dissertations in our School have been selected


406

as Provincial Outstanding Doctoral Dissertations.


407

数学与应用数学一、专业介绍

本专业以数学与应用数学综合素质的培养为基础, 注重数学基础理论以及数学与计算技术、数学与控

制理论、数学与经济金融学的交叉研究。专业具有非线性偏微分方程与几何分析、图像处理，数学与金融

学，代数学与信息密码，泛函算子与数学反问题、常微分方程与控制理论、生物数学等几个特色鲜明的专

业方向。本专业培养学生学习数学与应用数学基本理论及相关基础知识，掌握运用数学解决实际问题的能

力。本专业学生毕业后，升学考研和出国竞争力强，大部分毕业生在数学、经济、计算机等众多方向攻读

研究生或出国深造，其余毕业生主要在科研机构、金融业、计算机、教育及管理等部门从事科学研究、实

际应用、软件开发、教学与公务管理等工作。

二、培养目标

本专业培养学生具有宽厚的数学基础，熟练的计算机技能，较强的金融背景；受到科学研究的初步训

练，具有研究自然科学、人文科学与工程技术中数学问题的基本能力；成为在数学及相关科学领域，如计

算机系统集成与开发、图像处理、信息安全、金融与保险、电子通讯等，从事科学研究、系统管理、应用

开发的高级专门人才。

三、培养要求

本专业学生主要学习数学、计算机及金融学的基本理论和专业知识，具有扎实的数学理论和计算机应

用及金融学基本知识；受到严格的数学科学思维、科学研究方法的训练，具备良好的数学素养和应用数学

的能力；具有运用数学中某一专业方向知识和技能在数学、工程技术与社会科学领域从事科学研究、应用

研究、技术开发、教育与管理的基本能力。


1. 掌握系统的数学基础，计算机学、金融学等方面基本理论、基本知识和技能；

2. 对数学有浓厚的兴趣，具备应用数学知识建立数学模型和解决科学技术中实际问题

的能力；

3. 了解数学与应用数学的理论前沿、应用前景的最新动态以及发展状况

4. 具有较强学习能力、适应能力、创新精神和实践能力；

5. 掌握文献检索、资料查询的基本方法，具有一定的科学研究和软件开发能力。




授予学位：理学学士


主干学科：数学（一级学科博士点）；

交叉学科：计算机学、控制科学、金融学。

六、主要课程

数学基础课：数学分析、代数学、微分几何；

数学专业课：概率统计、近代分析基础、数学模型、微分方程、实变与泛函等；

应用数学课：金融数学、计算机基础、图像处理、数值计算、运筹与优化等。


408


军事训练、认识实习、生产实习、课程设计、科研训练、毕业设计（论文）等





409

Mathematics and Applied Mathematics

Ⅰ. Introduction

Mathematics and Applied Mathematics focuses on pure mathematics and its interactions with other fields

such as scientific computing, cybernetics, economical and financial sciences. It covers the following research

areas: non-linear partial differential equations, geometric analysis and image processing, algebra and cryptology,

financial mathematics, operator theory and inverse problems, ordinary differential equations and cybernetics,

biological mathematics, etc.

The major aims at cultivating students with the basic theories in mathematics and applied mathematics.

Students will develop the ability to apply the mathematical knowledge to solve problems in other disciplines.

Graduates are expected to engage in universities and research institutes, banking and computer industry, etc.

Ⅱ. Objectives

Students are required to have fundamentals in mathematics, be skillful with computers and know the basic

knowledge about the financial market. They will develop their abilities to solve mathematical problems in natural

sciences, humanities, engineering and technology. Graduates are expected to become experts in math-related

fields such as the computer system integration and development, image processing, information security, finance,

insurance, and communications, etc.

Ⅲ. Requirements

Students are required to learn the basic theories in mathematics, computer science and finance. They will

be able to do research, solve practical problems, develop new techniques, in mathematics, engineering or some

other fields.


1. Have a solid background in mathematics, computer science and finance;

2. Have the ability to build mathematical models and solve practical problems;

3. Know the frontiers of mathematics and applied mathematics; be aware of the possible applications and

the new developments in applied mathematics;

4. Have abilities of self-learning and team working;

5. Learn the method of literature retrieval.




Degree:Bachelor of Science.


Leading discipline: Mathematics

Interdiscipline: Computer science, cybernetics and finance

Ⅵ. Core courses

Mathematic fundamental courses (Mathematical analysis, Algebra, Differential geometry), Real analysis,

Functional Analysis, Mathematical modeling, Probability theory and statistics, Foundations of modern Analysis,

Differential equations, Basics of computer science, Financial mathematics, Image processing, Numerical


410

calculation, Operations and optimization, etc

Ⅶ. Collective practice procedureMilitary Training, Cognition Training, Graduation Practice, Graduation Project, etc.






411

数学与应用数学专业教学计划进程表Table of Teaching Plan for Major of Mathematics and Applied Mathematics

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123202代数与几何（ Ⅰ ） ‖ Algebra and AnalyticGeometry(Ⅰ)

4 64 4 013

11223202代数与几何（ Ⅱ ） ‖ Algebra and AnalyticGeometry(Ⅱ)

4 64 4 013

11129201 数学分析（Ⅰ）‖Mathematical Analysis(Ⅰ) 5 80 5 013

11229201 数学分析（Ⅱ）‖Mathematical Analysis (Ⅱ) 6 96 6 013

11329201 数学分析（Ⅲ）‖Mathematical Analysis (Ⅲ) 6 96 6 013

15031502 知识产权法＊‖Intellectual Property Law＊ 2 32 2 015



11020601 常微分方程‖Ordinary Differential Equations 3 48 3 013

11022403 复变函数‖Complex Analysis 3 48 3 013


412

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


11022606 概率论‖Probability Theory 3.5 56 3.5 013

11037501近代数学课程设计＊‖ Project on AdvancedMathematics＊

4 160 4 013

11027302 近世代数‖Abstract Algebra 2 32 2 013

11027701 离散数学‖Discrete Mathematics 4 64 4 013

11028502 认识实习‖Cognition Practice 2 80 2 013

11038301 实变函数‖Real Analysis 3.5 56 3.5 013

11028902数据库与数据库系统‖Database and DatabaseSystems

3 40 8 3 013

11029102 数理统计‖Mathematical Statistics 2.5 40 2.5 013

11029401数学物理方程★‖Equations of MathematicalPhysics★

3 48 3 013

11037601数学应用软件设计＊‖Mathematical SoftwareProject＊

3 120 3 013

11029803 数值分析‖Numerical Analysis 4 56 8 4 013

11032302 最优化理论★‖Optimization Theory★ 4 64 4 013





11046001 多元统计分析‖Multivariate Statistical Analysis 2 32 2 013

11037202 泛函分析‖Functional Analysis 2 32 2 013

11029302 数学建模‖Mathematical Modeling 3 48 3 013

11030602 拓扑学基础‖Elementary Topology 3 48 3 013

11040202 微分几何‖Differential Geometry 3 48 3 013



11046602 博弈论‖Game Theory 2 32 2 013

11046502 风险管理＊‖Risk Management＊ 1 16 1 013

11046301 公司理财‖Corporate Finance 2 32 2 013

11025203计算几何与计算机图形学‖ ComputationalGeometry and Computer Graphics

2.5 32 8 2.5 013

11046201 计算智能‖Computational Intelligence 2 28 4 2 013

11037802 金融工程学‖Financial Engineering 2 32 2 013

11037302金融市场统计分析 ‖ Statistical Analysis ofFinancial Market

2 32 2 013

11040101 密码学基础‖Foundation of Cryptanalysis 2 32 2 013

06022402 数据结构‖Data Structure 3.5 48 8 3.5 006

11034703 数字图像处理★‖Digital Image Processing★ 2 32 2 013

11046101 统计诊断‖Statistical Diagnosis 2 32 2 013

11037401现代数学新进展‖Recent Progress in AdvancedMathematics

2 32 2 013

11031403信息论及编码学基础 ‖ Foundation ofInformation and Coding

2 32 2 013

11046901 应用线性回归‖ Applied Linear Regression 2.5 32 8 2.5 013

必修课程汇总‖Compulsory Courses Total 153.5 1824 1456 27.5 24 20.5 18.5 22 14 10 17


29.5 444 28 3.5 7.5 6.5 12





413

信息与计算科学一、专业介绍

信息与计算科学专业是江苏省品牌专业，工信部重点专业，具有数学一级学科博士学位授予权。该专

业具有信息与图像处理﹑金融信息分析﹑现代科学计算、应用软件设计等几个特色鲜明的稳定的专业方向。

本专业具有一支由国家教学名师领衔、中青年学术带头人为骨干的结构合理、实力雄厚的教师队伍和学术

梯队，形成了面向现代信息处理和科学计算的，理论与应用相结合的课程体系和人才培养模式。

二、培养目标

本专业培养具有良好的数学素养，掌握信息科学和计算科学的基本理论和方法，受到科学研究的初步

训练，能运用所学知识和熟练的计算机技能解决实际问题，能在应用数学、计算数学、计算机系统集成与

开发、信息处理、保险金融等领域的科研、管理、教育、经济和信息产业部门从事科学研究、系统管理、

教学、应用开发的高级专门人才。

三、培养要求

本专业学生主要学习信息科学和计算科学的基本理论、基本知识和基本方法，受到较扎实的计算机训

练和严格的科学思维、科学研究方法的训练，具有良好的数学素养和计算机应用开发能力，初步具备在信

息科学与计算科学领域从事科学研究、解决实际问题及设计开发有关应用软件的能力。


1. 具有扎实的数学基础，掌握信息科学、计算科学的基本理论和基本知识；

2. 能熟练使用计算机(包括常用语言、工具及一些专用软件)，具有基本的算法设计、分析能力和较强

的数据处理及编程能力；

3. 了解某个应用领域，能运用所学的理论、方法和技能解决某些科研或生产中的实际课题；

4. 对信息科学与计算科学理论、技术及应用的新发展有所了解；

5. 掌握文献检索、资料查询的基本方法，具有一定的科学研究和软件开发能力。






主干学科：数学

交叉学科：计算机科学与技术

六、主要课程

数学基础课(分析、代数、几何)、概率统计、近代分析基础、数学模型、物理学、计算机基础（数据

库与数据库系统、算法与数据结构、软件系统基础）、信息科学基础（信息论，编码学）、图像处理、数值

计算、计算机图形学、优化理论等。


军事训练、认识实习、生产实习、课程设计、科研训练、毕业设计（论文）等



414




415

Information and Computational SciencesⅠ. Introduction

Information and Computational Sciences has awarded the specialty major of Jiangsu province and the

key major of the Ministry of Industry and Information Technology, which offers bachelor, master and Ph.D

programs in mathematics. The distinctive research fields cover information and image processing, financial

information analysis, modern scientific computing and applied software design etc. There is a teacher

group and academic echelon with reasonable structure and strong capability, which is leading by a teaching

master at the national level and has a backbone composed of young and middle-aged academic leaders.

Facing to the modern information processing and scientific computing, we have established

theory-application combined curriculum system and talent cultivation mode for the major.

Ⅱ. Objectives

Students are expected to master the fundamentals of information and computational sciences which

enable them to solve the practical problems in different areas, such as fundamental mathematics,

computational mathematics, information science, economics and management etc.

Ⅲ. Requirements

Students are required to learn the basic mathematical theories and applications, and develop

innovative scientific thinking and practical abilities in computer application and software development.


1. Have a solid mathematical foundation, and master the basic knowledge and theory of information

and computational sciences;

2. Have the capability of using computer skillfully, the basic ability of algorithm designing and analyzing

and the strong ability of data processing and programming;

3. Have the capability of solving practical problems by using mathematics;

4. Know the frontier developments of the theory, technology and application of the information and

computational sciences;

5. Master the basic skills of literature retrieval, and have the ability of scientific research and software

development;




Degree: Bachelor Degree of Science


Leading discipline: Mathematics,

Interdiscipline: Computer Science & Technology

Ⅵ. Core courses

Mathematic fundamental courses (Analysis, Algebra, Geometry), Probability and Statistics, Foundations

of Modern Analysis, Mathematical Models, Physics, Fundamental courses on Computer Science (Database

System, Algorithm and Data Structure, Basic Computer Softwares), Foundations of Information Science

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416

(Information Theory, Coding Theory), Image Processing, Numerical Computation, Computer Graphics,

Optimization etc.

Ⅶ. Collective practice procedure

Military Training, Cognition Training, Graduation Practice, Graduation Project, etc.






417

信息与计算科学专业教学计划进程表Table of Teaching Plan for Major of Information and Computational Sciences

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013


4 64 4 013


4 64 4 013










418

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



11027702 离散数学‖Discrete Mathematics 3 48 3 013

11028504 认识实习‖Recognizing Internship 2 80 2 013


06022402 数据结构‖Data Structure 3.5 48 8 3.5 006

11028902数据库与数据库系统‖Database and DatabaseSystems

3 40 8 3 013



11029401数学物理方程★‖Equations of MathematicalPhysics★

3 48 3 013

11037601数学应用软件设计＊‖Mathematical SoftwareProject＊

3 120 3 013


11037502信息与计算科学课程设计＊‖ Project onInformation and Computational Science＊

4 160 4 013






11046201 计算智能‖Computational Intelligence 2 28 4 2 013

11046702 数据挖掘与处理‖Data Mining and Processing 2.5 32 8 2.5 013

11034703 数字图像处理★‖Digital Image Processing★ 2 28 4 2 013

11031403信息论及编码学基础 ‖ Foundation ofInformation and Coding

2 32 2 013



06021802 JAVA程序设计‖JAVA Programming Design 2 24 8 2 006

11049301 并行计算‖Parallel Computing 2 24 8 2 013

11046602 博弈论‖Game Theory 2 32 2 013

11046401 动漫设计＊‖Animation Design＊ 1 9 7 1 013

11046502 风险管理＊‖Risk Management＊ 1 16 1 013

11046301 公司理财‖Corporate Finance 2 32 2 013

11025203计算几何与计算机图形学‖ ComputationalGeometry and Computer Graphics

2.5 32 8 2.5 013



2 32 2 013

11040101 密码学基础‖Foundation of Cryptanalysis 2 32 2 013



2 32 2 013


必修课程汇总‖Compulsory Courses Total 152.5 1784 1480 27.5 24 24 21.5 14 14 10.5 17


25 353 47 8.5 6.5 10





..


419

应用统计学一、专业介绍

应用统计学是自然科学和社会经济研究的重要工具和方法。本专业具有应用统计学﹑经济统计学、金

融统计学、管理统计学、数理统计学等特色鲜明的专业方向，每个方向都注重强化统计学方法的运用和统

计软件的操作，并有一个由中青年学者组成的学术梯队指导相应的人才培养计划和课程体系，形成了指导

本科毕业设计，保证指导质量的切实可行方案，有一支长期从事于国家精品课程——概率与统计建设的学

术带头人和骨干教师队伍。

二、培养目标

培养专业知识面宽，研究分析能力强，具有统计学基本理论和专业知识，擅长于统计数据处理与统计

方法应用，能熟练运用计算机和统计方法进行数据分析和处理，能在社会各个领域从事统计分析的实用型

和通用型人才。同时，培养能继续攻读研究生学位的专门人才。

三、培养要求

本专业学生主要学习统计学的基础理论和专业知识、学习数据统计方法、学习统计计算，掌握统计推

断、统计试验设计、抽样调查的基本技能，接受现代复合型技术人才的基本训练，具有较好的科学素养，

具备从事相关统计技术工作的基本能力。


1．具有扎实的统计学和数学基础，有一定的经济理论、金融学基础、管理学基础及社会科学基本知识，

同时德、智、体全面发展；

2．系统掌握本专业领域的基础理论知识，主要包括参数估计、非参数统计、回归分析、多元统计分析、

统计预测与贝叶斯分析、统计计算、统计数据处理、抽样调查、试验设计、及计算机应用技术等；

3．掌握统计学的原理和方法，具有较好地独立观察、分析、处理各种数据的能力；

4．获得本专业领域的社会实践训练，较好掌握本专业所要求的基本技能，毕业后具备从事统计分析、

统计计算、数据处理等相关领域工作的能力；

5．了解本专业领域的科学前沿及发展趋势；

6．具有较强的工作适应能力及协作精神和自学能力；

7．具有一定的创新意识及分析问题与解决问题的能力。






主干学科：应用统计学

交叉学科：数学、计算机科学与技术、经济学、金融学、管理学

六、主要课程

数学基础课（分析、代数、几何）、概率论、数理统计、计算机基础、随机过程、应用线性回归、时间

序列分析、多元统计分析、抽样调查、试验设计、统计预测与贝叶斯分析、非参数统计、统计计算、统计

应用软件、数据挖掘与处理等。


420


军事训练、认识实习、课程设计、科研训练、毕业实习、毕业设计（论文）等。





421

Applied Statistics

Ⅰ.Introduction

Applied Statistics focuses on the application of statistical methods and the operation of statistical software.

It is important for natural science and the social economy. The major covers diverse fields of applied statistics,

economic statistics, financial statistics, management statistics and mathematical statistics. There are leading

scholars and professors. The Probability and Statistics is National Quality Course.

Ⅱ.Objectives

Students are expected to acquire professional knowledge and develop the ability of analysis and research.

Graduates are familiar with basic statistical theory, and eligible for data analysis and processing, statistical

analysis, etc.

Ⅲ. Requirements

Students are required to master basic statistical knowledge, data statistical method and statistical

calculation.


1. Have solid statistical and mathematical knowledge, basic knowledge of economic theory, finance,

management and social sciences;

2. Master fundamentals of statistics, including parameter estimation, nonparametric statistics, applied

linear regression, multivariate statistical analysis, the statistical prediction and Bayesian analysis, statistical

computing, statistical data processing, sampling survey, experimental design, and computer application

technology;

3. Grasp statistical principle and methods, and have the ability of observing, analyzing and managing various

data independently;

4. Participate in social practice, and develop the capability of statistical analysis, statistical computing, data

processing and so on;

5. Know the frontiers and trends in statistics;

6. Have abilities of self-learning and team working;

7. Have the innovative consciousness and the ability to analyze and solve problems.




Degree: Bachelor of Science.


Leading discipline: Applied statistics

Interdiscipline: Mathematics, Computer Science & Technology, Economics, Finance and Management

Ⅵ. Core courses

Basic courses in mathematics (mathematical analysis, algebra, geometry), probability theory, mathematical

statistics, computer foundation, stochastic process, applied regression analysis, time series analysis, multivariate

statistical analysis, sampling survey, experimental design, statistical prediction and Bayesian analysis,

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422

nonparametric statistics, statistical computing, statistical applications, data mining and processing and so on.


Military Training, Cognition Training, Graduation Practice, Course Project, Graduation Project, etc.






423

应用统计学专业教学计划进程表Table of Teaching Plan for Major of Applied Statistics

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013


4 64 4 013


4 64 4 013







11047401 多元统计分析‖Multivariate Statistical Analysis 3 40 8 3 013

11047101 非参数统计‖Nonparametric Statistics 2 32 2 013


424

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践





11047001 时间序列分析‖Time Series Analysis 2 32 2 013




11030103随机过程引论 ‖ Introduction to StochasticProcess

4 64 4 013

11047201 统计计算‖Statistical Computing 2 26 6 2 013

11031402 信息论‖Information Theory 2 32 2 013







11047601 抽样调查‖Sampling Survey 2 26 6 2 013

11047801 试验设计‖Experiment Design 2 28 4 2 013

11046702 数据挖掘与处理‖Data Mining and Processing 2.5 32 8 2.5 013

11047501统计决策与贝叶斯分析‖Statistical Decisionand Bayes Analysis

2 32 2 013

11047701 统计软件‖Statistical Software 2 12 20 2 013

11047301统计学课程设计＊ ‖ Curriculum Design ofStatistics＊

4 160 4 013

11046101 统计诊断‖Statistical Diagnosis 2 32 2 013



07022604 管理学原理＊‖Principles of Management＊ 2 32 2 007



2 32 2 013

07047701经济预测与分析‖ Economic Forecasting andAnalysis

2 28 4 2 007


11034703 数字图像处理★‖Digital Image Processing★ 2 32 2 013



2 32 2 013

11047902应用统计新进展‖ New Progress of AppliedStatistics

2 32 2 013

必修课程汇总‖Compulsory Courses Total 152.5 1812 1380 25.5 24 19.5 22 12.5 17.5 14.5 17


21 324 12 8 2 9 2






425

.

应用物理学一、专业介绍

应用物理学专业是江苏省首批特色专业，具有物理学学士和硕士学位授予权，包含“微尺度物理及新

材料、新能源应用”和“激光与光电子技术”两大专业方向。

微尺度物理及新材料、新能源应用专业方向，旨在研究纳米、介观等细微尺度下的新奇物理现象及其

在新材料和新能源中的应用。微尺度物理作为连接宏观和微观世界之间的桥梁，深入开展其理论和应用研

究，将对发展新型具有特殊功能的纳米材料与器件、自旋电子学材料与器件、高磁性材料、高效催化剂、

新能源材料(如高密度储氢材料、锂离子电池、太阳能电池、固体氧化物燃料电池等)、和环境净化材料等，

产生巨大的推动作用。

激光与光电子技术专业方向，是激光、光学、光电子学、计算机技术等前沿学科相互渗透、相互交叉

而形成的高新技术学科，其技术广泛应用于激光定位与探测、激光雷达、激光制导、光电探测、光通信、

光存储、光显示、光处理等光电信息高新技术产业，特别是光机电算一体化产业。

二、培养目标

本专业理论与实验相结合，理工并重，培养学生具备坚实的物理学基础、数学基础和计算机应用技能，

掌握微尺度物理或激光与光电子技术领域的专门知识和实验技能，及其在新材料、新能源、激光与光电信

息技术等高新技术领域的各种应用，了解相关领域的学科前沿及相关高技术产业的现状和发展趋势，使其

成为能够在新材料、新能源，或激光、光电子学及相关的电子信息科学、计算机科学等领域从事科学研究、

技术开发、产品设计、或相关技术管理工作的高级专门人才。

三、培养要求

本专业培养学生具备扎实的物理学理论基础和实验技能、坚实的数学基础及较强的计算机应用技能，

掌握微尺度物理、新材料、新能源或激光与光电子技术领域的专门知识和实验技能，接受相关领域的基

本科研训练，培养他们的科学思维能力、创新意识和创新能力。毕业生将能够在新材料、新能源领域，或

激光、光电子学及相关的电子信息科学、计算机科学等领域从事科学研究、技术开发、产品设计、或相关

技术管理工作。


1．掌握系统的物理学基本理论和基本知识，培养熟练的物理实验技能，具备良好的数学基础；

2．掌握微尺度物理、新材料、新能源或激光与光电子技术领域的专业知识和实验技能，具有较强的

实验动手能力；

3．了解相关领域的学科前沿及相关高新技术产业的现状和发展趋势；

4. 具有较强的计算机应用能力，能熟练运用计算机工具，解决相关科学和技术领域中的实际问题。

5．掌握文献检索的基本方法，具备良好的沟通能力、撰写科学论文能力和参与国内外学术交流的能

力；

6. 具有较强的自学能力、良好的团队协作精神和开拓创新意识。





426



主干学科：物理学

交叉学科：材料学、光学工程


普通物理、电动力学、热力学与统计物理、量子力学、固体物理、计算物理、凝聚态物理概论、

磁性物理、纳米材料与技术、新能源材料及应用、激光原理、激光技术、激光传感与测量、信息光学、

光学图像处理技术、光电传感器技术等。


军事训练、金工实习、生产实习、电子工艺实习、科技理论与实践、课程设计、科研训练、毕业



本专业学生除修满专业教学计划中规定的必修课以外，还需选修通识教育选修课 8 学分、专业选

修课若干，方可达到 171.5 学分的毕业学分要求。


427

Applied PhysicsⅠ. Introduction

Applied Physics is a provincial key major and offers bachelor’s and master’s programs in physics. The major

covers two main research fields：Microscale Physics with Applications in New Materials & New Energy Technology,

and Laser & Optoelectronic Technology.

Microscale Physics with Applications in New Materials & New Energy Technology aims to study novel

physical phenomena of materials at nano- or mesoscale and explore their potential applications in new materials

and new energy technology. Microscale materials act as a bridge between microscopic and macroscopic systems.

An in-depth theoretical and applied study on microscale materials plays an active role in developing novel

nanomaterials and nanodevices, spintronic materials and devices, highly magnetic materials, highly efficient

catalysts, new energy materials (such as high-density hydrogen-storage materials, lithium-ion batteries, solar cells,

and solid oxide fuel cells, etc.), as well as environment-purifying materials.

Laser & Optoelectronic Technology is an interdisciplinary field of laser, optics, optoelectronics, and computer

technology, and is extensively applied in such hi-tech fields as laser location and detection, laser radar, laser

guidance technology, optoelectric detection, optical communication, optical storage, optical display, and optical

processing, especially in the optics-mechanic-electronics-computer-integrated industry.

Ⅱ. Objectives

This major emphasizes both fundamental theory and technological applications. It aims to develop students

into advanced and specialized talents to have solid background in physics, mathematics, and computer

techniques, to grasp the specialized knowledge and experimental techniques in microscale physics or laser &

optoelectronic technology with various applications in new materials, new energy technology, laser and

optoelectronic information technology, and to know the frontiers and trends of relevant hi-tech industry.

Graduates will be well prepared to do scientific research, technological development, product design, or relevant

technical management in institutes, universities, and relevant hi-tech enterprises.

Ⅲ. Requirements

Students are required to master fundamental theory and experimental techniques in physics, have

knowledge in mathematics and develop computer skills. They are also required to grasp specialized knowledge

and experimental techniques in microscale physics, new materials and new energy technology, or laser and

optoelectronic technology. Students will be well trained in scientific research so as to develop their innovative

and creative thinking abilities.


1.Grasp knowledge and experimental techniques in physics, and have fundamentals in mathematics;

2.Master specialized knowledge and experimental techniques in microscale physics, new materials and new

energy technology, or laser and optoelectronic technology, and develop hands-on experimental skills;

3.Be aware of the frontiers and trends of relevant discipline and hi-tech industry;

4. Develop computer skills to solve scientific and technological problems in relevant fields;

5.Know the basic methods of information retrieval and query; and have communication and scientific

writing skills for academic exchange.


428

6.Develop self-learning, team-playing, innovative and creative thinking abilities.




Degree: Bachelor of Science

Ⅴ. Leading Discipline and Interdisciplinary Subjects

Leading Discipline: Physics;

Interdisciplinary Subjects: Materials Science, Optical Engineering.

Ⅵ. Core courses

General Physics, Electrodynamics, Thermodynamics and Statistical Physics, Quantum Mechanics, Solid State

Physics, Computational Physics, Introduction to Condensed Matter Physics, Physics of Magnetism, Nanomaterials

and Technology, New Energy Materials and Applications, Laser Principles, Laser Technology, Laser Sensing and

Measuring, Information Optics, Optical Image Processing, Optoelectric sensing technology, an so on.

Ⅶ Collective practical teaching session

Military Training, Metalworking Practice, Production Practice, Electronic Technology Practice, Theory and

Practice of Science and Technology, Course Project, Student Research Training Program, Graduation Project

(Thesis).






429

应用物理学专业教学计划进程表Table of Teaching Plan for Major of Applied Physics

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖ The Oueline of ChineseModern and Contemporary History

2 24 8 2 019




4 48 16 4 006


11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013



11039002纳米技术基础及应用＊‖ Fundamentals andApplications of Nanotechnology＊

2 32 2 013



11021701 电动力学‖Electrodynamics 3 32 16 3 013


11022302 分析力学‖Analytic Mechanics 2 32 2 013


11033301 固体物理‖Solid State Physics 3 32 16 3 013

11024402 光电图象处理技术‖Optical Image Processing 3 32 16 3 013

11024704激光原理及应用 ‖ Laser Principles andApplications

3 48 3 013

11044301 计算物理‖Computational Physics 3 36 12 3 013


430

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



11027201 近代物理实验‖Experiments in Modern Physics 3 48 3 013

11031701 量子力学‖QuantumMechanics 4 48 16 4 013


2.5 40 2.5 004


2.5 40 2.5 004

11138802 普通物理（Ⅰ）‖General Physics(Ⅰ) 4 64 4 013

11238802 普通物理（Ⅱ）‖General Physics(Ⅱ) 6 96 6 013

11138901普通物理实验（Ⅰ）‖Experiments in GeneralPhysics (Ⅰ)

1.5 24 1.5 013

11238901普通物理实验（Ⅱ）‖Experiments in GeneralPhysics (Ⅱ)

1.5 24 1.5 013

11044202热力学与统计物理 ‖ Thermodynamics andStatistical Physics

4 48 16 4 013

11044101数学物理方法 ‖ Method of MathematicalPhysics

5 80 5 013


3 48 3 004

11035401 物理学史★‖History of Physics ★ 2 32 2 013





11049001 功能材料‖Functional Materials 2 26 6 2 013

11027504科技理论与实践 ‖ Theory and Practice ofScience and Technology

2 80 2 013

11049101新能源材料及应用‖New Energy Materials andApplications

3 32 16 3 013

11039501 学科前沿系列讲座＊‖Seminar in Mechanics＊ 1 16 1 013



11043601 X射线衍射学‖X-Ray Diffraction 2 32 2 013

11035602半导体光电子学 ‖ SemiconductorOptoelectronics

3 48 3 013

11034002 单片机系统设计‖Single Chip System Design 2 8 24 2 013

11040801光电传感技术实验 ‖ Experiments inPhotoelectric Sensor Technology

1 16 1 013

11043201光电传感器技术 ‖ Photoelectric SensorTechnology

2 32 2 013

11033602光电显示与存储技术 ‖ Technology ofPhotoelectric Display and Storage

2 32 2 013

11024202光纤技术及应用‖Optical Fiber Technology andApplications

2 32 2 013

11024301光纤通信导论‖ Introduction to Optical FiberCommunication

2 28 4 2 013

11045901 光子晶体导论‖Introduction to Photonic Crystal 2 32 2 013

11031103 几何光学‖Geometrical Optics 2 32 2 013

11035501 信息光学‖Information Optics 3 48 3 013



23 356 60 5 12 6






431

.

应用物理学（激光与光电技术）专业教学计划进程表Table of Teaching Plan for Major of Applied Physics（Laser & Photoelectric Technology）

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013



11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






11021702 电动力学‖Electrodynamics 2 32 2 013


432

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



0.5 20 0.5 004


1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004



13120401光电信息综合实验（Ⅰ）‖ComprehensiveExperiments in Optoelectronic Information (Ⅰ)

1 16 1 013

13220401光电信息综合实验（Ⅱ）‖ComprehensiveExperiments in Optoelectronic Information (Ⅱ)

1 16 1 013

13320401光电信息综合实验（Ⅲ）‖ComprehensiveExperiments in Optoelectronic Information (Ⅲ)

1 16 1 013

11131102 光学（Ⅰ）‖Optics (Ⅰ) 3 48 3 013

11231102 光学（Ⅱ）‖Optics (Ⅱ) 3 48 3 013

11040501 光学基础实验‖Basic Experiments in Optics 1 16 1 013


11031702 量子力学‖QuantumMechanics 2 32 2 013



11033401 信号与线性系统‖Signal and Linear System 3 48 3 013







2 32 2 013

11024402 光电图像处理技术‖Optical Image Processing 3 32 16 3 013

11140902光电信息导论（ Ⅰ ） ‖ Introduction toOptoelectronic Information (Ⅰ)

0.5 8 0.5 013

11240902光电信息导论（ Ⅱ ） ‖ Introduction toOptoelectronic Information (Ⅱ)

0.5 8 0.5 013

11035603 光电子学‖Optoelectronics 3 48 3 013

13030601光通信原理 ‖ Principle of OpticalCommunication

2 32 2 013

13030501激光探测与信号处理‖ Laser Detection andSignal Processing

2 32 2 013


3 48 3 013




13030801MATLAB 工程计算 ‖ Engineering CalculationBased on Matlab

3 32 16 3 013


2 32 2 013

11045801光电新技术及产品专题‖ Lectures on LatestOptoelectronic Technology

1 16 1 013

13031401 光量子通信‖Quantum Communication 2 32 2 013

13031101光声信息原理及应用 ‖ The Principle andApplication of Optical and Acoustic Information

2 32 2 013

13031001 光学设计‖Optical CAD 2 16 16 2 013

13030901 机器视觉‖Machine Vision 2 32 2 013


433

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


11045502激光制造原理与技术 ‖ The Principle andTechnology of Laser Manufacturing

2 32 2 013

13031301集成光电子器件与微纳光学‖ IntegratedOptoelectronic Devices and Micro/Nano Optics

2 32 2 013

13030701嵌入式系统应用‖ Application of EmbeddedSystems

2 20 12 2 013

11040302数理方程与特殊函数‖Mathematical PhysicsEquations and Special Functions

3 48 3 013


4.5 54 18 4.5 010

13031201新型激光器件及应用‖Novel Laser Devices andApplications

2 32 2 013

必修课程汇总‖Compulsory Courses Total 151 1744 1344 25 22 25.5 21 20 17.5 6 14


29.5 414 58 0 0 0 3 2 10.5 14 0





.


434

光电信息科学与工程（理）一、专业介绍

光电信息科学与工程（理学学士）由原江苏省特色专业“光信息科学与技术”更名而来。南京理工大学在

2000年获得教育部批准设立“光信息科学与技术”专业，是全国最早获准开办该专业的高校之一，也是江苏省

第一家开办该专业的高等院校。2005年网上全国本科专业综合评估中，专业被列为四个 A++级（最高级）光

信息科学与技术专业之一。2009年，该专业被评为为江苏省特色专业。

光电信息科学与工程（理学学士）专业属电子信息科学类，依托国家一级重点学科“光学工程”，坚持厚

基础、宽口径的“物理基础+信息技术”的人才培养模式，面向激光、光电子及相关的计算机科学（特别是光机

电算一体化）等光电信息科学技术领域培养联系基础研究和工程应用之间的桥梁型人才。

承担光电信息科学与工程（理学学士）专业建设和管理任务的理学院，拥有“光学工程”一级学科博士学

位授予权和“测试计量技术及仪器”二级学科博士学位授予权和相应的博士后流动站，并有“光学工程”、“物理

学”等一级学科和“生物医学工程”等二级学科硕士学位授予权，建有约 700m2的专业和学科实验室。专任教师

中拥有高级职称的教师比例为 65%，承担国家自然科学基金、总装型号、国防“973” 等项目，人才培养力量

雄厚。

二、培养目标

本专业培养具有光电信息科学与工程领域宽厚的理论基础、扎实的专业基础知识，特别是掌握激光、光

电子及应用技术方向的专门知识、熟练的实验技能，并具有一定的创新意识和创新能力，能在光电信息科学

与工程相关领域，从事研究、设计、开发、应用和管理等工作或在相关专业继续深造，攻读硕士、博士学位

的高级光电信息科学与工程科技人才。

三、培养要求

本专业学生主要学习光电信息科学与工程的基本理论和基本知识，接受光电信息系统分析、设计和研究

方法等方面的基本训练。使其成为具有研究、设计、开发、集成及应用光电信息系统的基本能力的科技人才。


1. 掌握数学、物理学和光电子学等方面的基本理论和基本知识；

2. 掌握“光电信息科学与工程”专业的基本知识和基本实验技能；

3. 具有较好的光电信息系统分析、设计、开发方面的实践动手能力；

4. 熟悉激光、光电子及应用技术方向的专业知识，了解学科前沿和发展趋势；

5. 具有一定计算机相关知识和较强的计算机应用能力，较熟练使用计算机工具，解决工程中的有关问题；

6. 掌握文献索引、资料查询的基本方法，熟悉国家信息产业政策及国内外有关知识产权的法律法规，具

备撰写论文和参与学术交流的能力；

7. 具有较强的自学能力和工作适应能力，具备协助精神和创新意识。






主干学科：光学工程


435

交叉学科：物理学


电路、模拟电子技术基础、数字逻辑电路、信号与线性系统、光学、光电子学、激光原理及应用、固体

物理、量子力学、电动力学、信息光学、光电传感器技术、光通信原理、激光探测与信号处理、光电图像处

理等。


包括电子工艺实习、军事训练、社会实践、专业实验、课程设计、科研训练和毕业论文等。



若干，方可达到 172学分的毕业学分要求。


436

Optoelectronic Information Science & EngineeringⅠ. Introduction

Optoelectronic Information Science and Engineering (Bachelor of Science)， originated from the Optical

Information Science and Technology in the School of Science, was established in 2000. In 2009, it was selected as

provincial key major.

On the basis of Optical Engineering, the major attaches importance to physics and information technology.

Students will play important roles in the relevant fields of laser, optoelectronic and computer science, especially

in the optics-mechanic-electronics-computer-integrated industry.

Ⅱ. Objectives

This major aims at cultivating students with basic knowledge of optoelectronic information science and

engineering, basic skills of laser and optoelectronics technology. Students are expected to develop careers of

research, design, development, application and management in optoelectronic information and technology fields,

be engaged in advanced scientific and technological research work.

Ⅲ. Requirements

Students are required to master the theory of optoelectronic information science and engineering, be

trained to conduct researches on electro-optic information systems. Graduates are expected to be qualified for

research, design, development, integration and application on the optoelectronic information systems.


1. Acquire basic knowledge of mathematics, physics and optoelectronics;

2. Obtain experimental skills of optoelectronic information of science and technology;

3. Possess the ability of analysis, design and development on optoelectronic information system;

4. Be familiar with the expertise on laser and optoelectronics application technology and be aware of the

frontiers and trends of the discipline;

5. Have the knowledge on computer science to solve engineering problems;

6. Master the basic methods of retrieving and information query; have the ability of analyzing and solving

problems, writing academic dissertation and participating in academic activities

7. Have abilities of self-learning and team working; have the innovative consciousness




Degree: Bachelor Degree of Science


Leading discipline: Optical Engineering

Interdiscipline: Physics

Ⅵ. Core courses

The core courses of this major include fundamentals of circuits, analogue circuits, digital circuits, signal and

linear system, optics, optoelectronics, principles and applications of laser, solid state physics, quantum mechanics,

electrodynamics, information optics, optical sensor technology, optical communication theory, laser detection


437

and signal processing, photoelectric image processing and so on.


Military Training, Electronic Technology Practice, Metalworking Practice, Course Project, Graduation Practice,

Graduation Project, etc.






438

光电信息科学与工程（理）专业教学计划进程表Table of Teaching Plan for Major of Optoelectronic Information Science and Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013



11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013






11021702 电动力学‖Electrodynamics 2 32 2 013


0.5 20 0.5 004


439

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



1.5 60 1.5 004

10022104 电路‖Circuits 4.5 64 8 4.5 004



13120401光电信息综合实验（Ⅰ）‖ComprehensiveExperiments in Optoelectronic Information (Ⅰ)

1 16 1 013

13220401光电信息综合实验（Ⅱ）‖ComprehensiveExperiments in Optoelectronic Information (Ⅱ)

1 16 1 013

13320401光电信息综合实验（Ⅲ）‖ComprehensiveExperiments in Optoelectronic Information (Ⅲ)

1 16 1 013

11131102 光学（Ⅰ）‖Optics (Ⅰ) 3 48 3 013

11231102 光学（Ⅱ）‖Optics (Ⅱ) 3 48 3 013

11040501 光学基础实验‖Basic Experiments in Optics 1 16 1 013


11031702 量子力学‖QuantumMechanics 2 32 2 013



11033401 信号与线性系统‖Signal and Linear System 3 48 3 013







2 32 2 013

11024402 光电图像处理技术‖Optical Image Processing 3 32 16 3 013

11140902光电信息导论（ Ⅰ ） ‖ Introduction toOptoelectronic Information (Ⅰ)

0.5 8 0.5 013

11240902光电信息导论（ Ⅱ ） ‖ Introduction toOptoelectronic Information (Ⅱ)

0.5 8 0.5 013

11035603 光电子学‖Optoelectronics 3 48 3 013

13030601光通信原理 ‖ Principle of OpticalCommunication

2 32 2 013

13030501激光探测与信号处理‖ Laser Detection andSignal Processing

2 32 2 013


3 48 3 013




13030801MATLAB 工程计算 ‖ Engineering CalculationBased on Matlab

3 32 16 3 013


2 32 2 013

11045801光电新技术及产品专题‖ Lectures on LatestOptoelectronic Technology

1 16 1 013

13031401 光量子通信‖Quantum Communication 2 32 2 013

13031101光声信息原理及应用 ‖ The Principle andApplication of Optical and Acoustic Information

2 32 2 013

13031001 光学设计‖Optical CAD 2 16 16 2 013

13030901 机器视觉‖Machine Vision 2 32 2 013

11045502激光制造原理与技术 ‖ The Principle andTechnology of Laser Manufacturing

2 32 2 013


440

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


13031301集成光电子器件与微纳光学‖ IntegratedOptoelectronic Devices and Micro/Nano Optics

2 32 2 013

13030701嵌入式系统应用‖ Application of EmbeddedSystems

2 20 12 2 013

11040302数理方程与特殊函数‖Mathematical PhysicsEquations and Special Functions

3 48 3 013


4.5 54 18 4.5 010

13031201新型激光器件及应用‖Novel Laser Devices andApplications

2 32 2 013

必修课程汇总‖Compulsory Courses Total 151 1744 1344 25 22 25.5 21 20 17.5 6 14


29.5 414 58 0 0 0 3 2 10.5 14 0



2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese...


441

工程力学一、专业介绍

工程力学专业是江苏省特色专业，有硕士、博士学位授予权，设有博士后流动工作站。本专业面向工程，

包括机械、土木、航空航天、化工、车辆、船舶、交通、武器、材料、电子通讯设备、智能机械等，适应面

宽。本专业的特色是，具有扎实的力学理论和力学应用知识，以及使用现代计算技术和实验技术的能力，并

比较熟悉其它主要工程专业的核心技术，因而能够具备综合知识应用的能力，且具备在工程设计中的初步创

新能力。

二、培养目标

本专业培养具备力学基础理论知识、计算和试验能力及计算机应用和应用软件开发能力，能在各种工程

（如机械、土建、材料、能源、交通、航空、船舶、水利、化工等）中从事与力学和计算机应用有关的科研、

技术开发、工程设计和力学教学工作的高素质研究应用型专门人才。

三、培养要求

本专业主要学习力学、计算机技术、计算机软件设计与仿真、机械结构、土木工程结构方面的基本理论

和知识，受到必要的工程技能训练，使学生既具有扎实的力学和数理知识、较强的计算机应用和工程软件设

计、开发能力，又具备工程结构基础设计和分析能力。


1．具有较扎实的相关自然科学基础，较好的人文、艺术和社会科学基础及正确运用本国语言、文字的

表达能力；

2．较系统地掌握本专业领域宽广的技术理论基础知识，主要包括固体力学、动力学、流体力学、电工

与电子技术、市场经济及企业管理等基础知识；

3．具有较强的解决与力学有关的工程技术问题的理论分析能力与实验技能；

4．具有较强的计算机应用、应用软件开发和外语应用能力；

5．具有较强的自学能力、创新意识和较高的综合素质。






主干学科：力学

交叉学科：机械工程、土木工程、航空航天工程、交通工程、船舶工程、计算机应用等


理论力学、材料力学、弹性力学、工程流体力学、振动理论、计算力学、实验力学、结构力学、空气

动力学、电工与电子技术、计算机基础知识及程序设计、计算机组成原理、数据结构、计算方法、计算机

辅助工程、工程建模与软件设计等。


军事训练、金工实习、认识实习、生产实习、社会实践、课程设计、毕业设计（论文）等。



442




443

Engineering Mechanics1. Introduction

Engineering Mechanics is a provincial key major. It offers bachelor’s, master’s, doctoral, and post-doctoral

programs. The major covers diverse areas of engineering, including Mechanical Engineering, Civil Engineering,

Aerospace Engineering, Chemical Engineering, Vehicle Engineering, Naval Architecture and Ocean Engineering,

Transportation Engineering, Weapon Systems, Materials Engineering, Electrical and Communicational

Engineering, and Intellectual Mechanical Engineering, etc. The major is designed to provide students with solid

foundation on theories and applications of engineering mechanics, and to develop their abilities in modern

computational methods and experimental techniques.

2. Objectives

The major aims at cultivating students with fundamental theories on mechanics, capabilities of numerical

simulations and experiments in engineering application, and skills of computer applications and software

developments in engineering designs. Graduates are expected to be talents to do scientific researches, technical

developments, and engineering designs.

3 .Requirements

Students are required to master the basic theories and principles of mechanics, mechanical and civil

engineering structures, computer technology, and numerical simulation techniques. Graduates are expected to

gain the abilities to design and develop engineering software, and design and analyze engineering structures.


1. Master solid foundations in nature science, basic knowledge in human science, arts and social science, as

well as communication skill;

2. Have basic theories and broad visions in Engineering Mechanics, including solid mechanics, dynamics,

fluid mechanics, and electric circuit & electronic technology;

3. Gain analytical capabilities and experimental techniques to solve the engineering technical problems;

4. Obtain skills to use computer, techniques to develop software for applications of mechanics in

engineering;

5. Have self-learning and creative thinking abilities, and higher comprehensive quality.






Leading discipline: Mechanics

Interdisciplinary: Mechanical Engineering, Civil Engineering, Aerospace Engineering.

Ⅵ. Core Courses

Theoretical Mechanics; Mechanics of Materials; Elasticity; Engineering Fluid Mechanics; Theory of Vibration;

Computational Mechanics; Experimental Mechanics; Structural Mechanics; Aerodynamics; Electric Circuit &

Electronic Technology; Computer Fundamentals & Programming; Principles of Computer Composition; Data


444

Structure; Computational Method; Computer Aided Engineering (CAE).

Ⅶ. Collective practical teaching sessionMilitary Training; Metalworking Practice; Cognition Practice; Production Practice; Social Practice; Course

Project; Graduation Project(Thesis).






445

工程力学专业教学计划进程表Table of Teaching Plan for Major of Engineering Mechanics

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006





1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013



15031502 知识产权法‖Intellectual Property Law 2 32 2 015



11120501 材料力学（Ⅰ）‖Mechanics of Materials(Ⅰ) 3 48 3 013

11220501 材料力学（Ⅱ）‖Mechanics of Materials(Ⅱ) 2 32 2 013

11021201 弹性力学‖Elasticity 3 46 2 3 013



446

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




0.5 8 0.5 013

11238101 工程力学实验（Ⅱ）‖Experiments in EngineeringMechanics(Ⅱ)

0.5 8 0.5 013

11028103 工程流体力学‖Engineering Fluid Mechanics 4 64 4 013



4 58 6 4 001


1 40 1 001


11024902 计算机辅助工程‖Computer-Aided Engineering 3 32 16 3 013

11038401计算机辅助工程课程设计‖Computer-AidedEngineering Design

1 40 1 013


3 40 8 3 006

11025403 计算力学‖Computational Mechanics 3 48 3 013

11038601计算力学课程设计＊‖Procedure and Softwareof Computational Mechanics＊

1 40 1 013


11127805 理论力学（Ⅰ）‖Theoretical Mechanics(Ⅰ) 2.5 40 2.5 013

11227805 理论力学（Ⅱ）‖Theoretical Mechanics(Ⅱ) 2.5 40 2.5 013

06022403 数据结构‖Data Structure 3 40 8 3 006





11022301 分析力学★‖Analytic Mechanics★ 2 32 2 013

11023202高等实验力学 ‖ Advanced ExperimentalMechanics

1 16 1 013

11037902力学理论与实践 ‖ Theory and Practice ofMechanics

3 120 3 013

11028506 认识实习＊‖Recognizing Internship ＊ 1 40 1 013

11039501 学科前沿系列讲座‖Seminar in Mechanics 1 16 1 013

11031801 振动理论‖Theory of Vibration 3 46 2 3 013



08021403 传热传质学★‖Heat and Mass Transfer★ 4 64 4 008

11022102 房屋建筑学‖Housing Architecture 3 40 8 3 013

11022201 非线性振动‖Nonlinear Vibration 2 30 2 2 013

11038502复杂机械系统运动计算机仿真‖ComputerSimulation of Complex Mechanical Systems

2 32 2 013

11022801 钢结构‖Steel Structure 3 48 3 013

11022904钢筋混凝土结构 ‖ Reinforced ConcreteStructure

3 44 4 3 013

11023603工程计算可视化‖Visualization of EngineeringCalculation

3 32 16 3 013

11023704工程建模与软件设计‖Engineering Modelingand Software Design

2 16 16 2 013

11026402 建筑施工‖Building Construction 3 38 10 3 013

11026702 结构力学‖Structural Mechanics 2 32 2 013

11039901 空气动力学‖Aerodynamics 2 32 2 013

11030001 塑性力学‖Plasticity 2 32 2 013


447

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


11030402土力学与地基基础 ‖ Soil Mechanics andFoundation

3 38 10 3 013



34 478 66 21 11 2





.


448

土木工程一、专业介绍

本专业为江苏省特色专业、江苏省“十二五”重点建设专业。以培养优秀“复合型”土木工程技术人

才为目标，着力为国内外名校的更高层次教育和国家的基本建设输送优秀毕业生。本专业现有：结构、土

工、土木工程材料、工程测量、流体力学、结构仿真等 6 个专业实验室，具有土木工程一级学科硕士点，

建筑与土木工程领域工程硕士招生资格。在专业培养中，强调扎实的理论基础和宽广的知识面，重点培养

学生的动手能力和创新意识。

二、培养目标

本专业培养适应现代化建设需要，德智体美全面发展，掌握土木工程学科的基础原理和基本知识，获

得土木工程师基本训练，具备从事土木工程设施的规划、设计、施工及管理、研究开发的能力，能在房屋

建筑、地下建筑、隧道、道路、桥梁、矿井等的设计、营造、管理、研究、教育、投资、开发和评估部门

从事技术或管理工作的高级工程技术人才。

三、培养要求

本专业学生主要学习理论力学、材料力学、结构力学、弹塑性力学、岩土力学的基本理论，学习土木

工程学科的设计、施工、管理、投资等方面的理论、技术和方法，受到课程设计、试验仪器操作和现场实

习等方面的基本训练，具有从事土木工程的规划、设计、研究、施工、管理的基本能力。


1. 具有较扎实的自然科学基础，了解当代科学技术的主要方面和应用前景；

2. 掌握理论力学、材料力学、结构力学、弹塑性力学、岩土力学、流体力学的基本理论，掌握工程规

划与选型、工程地质、工程材料、结构分析与设计、地基处理和经济管理方面的基本知识，掌握有关工程

测量与试验、施工技术与组织等方面的基本技术；熟悉土木工程防灾减灾的基本原理及工程软件的基本原

理；

3. 具有工程制图、计算机应用、主要测试和试验仪器使用的基本能力，具有综合应用各种手段(包括

外语工具)查询资料、获取信息的能力；

4. 了解土木工程主要法规；

5. 具有进行工程设计、试验、施工、管理和研究的初步能力；

6. 具有工程意识、创新意识和较强的工程实践能力，具有独立获取知识的能力。






主干学科：土木工程、力学

交叉学科：交通工程


理论力学、材料力学、结构力学、弹塑性力学基础、土力学、土木工程材料、工程测量、土木工程施

工、混凝土结构基本原理、钢结构、基础工程、混凝土及砌体结构设计、桥梁结构、工程结构抗震与防灾、


449

工程经济学等。


军事训练、测量实习、结构试验、认识实习、生产实习、课程设计、毕业设计（论）文等。





450

Civil Engineering

Ⅰ. Introduction

Civil Engineering is a provincial key major and a key construction discipline for the “Twelfth Five-year Plan”

of Jiangsu province. The discipline aims to cultivate compound technical talents specialized in civil engineering,

and train outstanding graduates for higher level education of domestic and foreign elite universities and

infrastructure construction of the country. This major possesses 6 specialized laboratories, including Engineering

Structure, Soil Mechanics Civil Engineering Materials, Geotechnical Engineering and Engineering Surveying, Fluid

Mechanics, Structure Simulation laboratory. The department offers master programs of the first-level discipline in

civil engineering, and engineering master enrollment eligibility in the field of architecture and civil engineering.

In the professional training, the solid theoretical foundation and broad knowledge of students are

emphasized, and the students’ practical ability and innovation are well developed.

Ⅱ. Objectives

Students are expected to master the basic knowledge and principles of civil engineering, and possess the

abilities of planning, design, construction and management of civil engineering projects. Graduates will be

engaged in the fields of housing construction, underground construction, tunnels, roads, bridges, mines, etc.

Ⅲ. Requirements

Students are required to study fundamentals of Theoretical Mechanics，Mechanics of Materials , Structural

Mechanics, Elastic-plastic Mechanics, Rock and Soil Mechanics. They will learn the theory, techniques and

methods of civil engineering design, construction, management, and investment, and receive basic training of

course design, test equipment operation and on-site training. Graduates will be able to engage in civil

engineering planning, design, research, construction and management.


1. Have solid foundation of natural science, and basic knowledge of contemporary science and technology;

2. Master the basic theory of Theoretical Mechanics, Mechanics of Materials, Structural Mechanics,

Elastic-plastic mechanics, Rock and Soil Mechanics, Fluid Mechanics; acquire the basic knowledge of project

planning and selection, Engineering Geology, engineering materials, structural analysis and design, ground

handling and economic management; master the basic techniques of engineering test and experiment,

construction technology and organization; Be familiar with the basic principle of disaster prevention and software

in civil engineering;

3. Have basic skills of engineering drawing, computer applications, operation of testing and measuring

equipment; know the basic methods of information retrieval and query;

4. Understand regulations in civil engineering;

5. Have the preliminary ability to carry out the engineering design, testing, construction, management and

research;

6. Develop self-learning, team-playing, innovative and creative thinking abilities.





451



Leading discipline: Civil Engineering, Mechanics

Inter discipline: Communication Engineering

Ⅵ. Core Courses

Theoretical Mechanics, Mechanics of Materials, Structural Mechanics, Elastic-plastic Mechanics, Soil

Mechanics, Civil Engineering Materials, Engineering Surveying, Civil Engineering Construction, Concrete

Structural Fundamentals, Steel Structures, Foundation Engineering, Design of Concrete and Masonry

Structures, Bridge Structures, Earthquake Resistance & Disaster Prevention of Engineering Structures,

Engineering Economics, etc.

Ⅶ. Collective practice procedure

Military Training, Surveying Practice, Structural Experiments, Cognition Practice, Production Practice, Course

Design, Graduation Project (Thesis), etc.






452

土木工程专业教学计划进程表Table of Teaching Plan for Major of Civil Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




4 48 16 4 006






1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus(Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus(Ⅱ) 6 96 6 013

01052302 画法几何‖Descriptive Geometry 2 32 2 001

13020001 土木工程设计基础‖Civil Engineering Drawing 4 40 24 4 013




11120501 材料力学（Ⅰ）‖Mechanics of Materials(Ⅰ) 3 48 3 013

11220501 材料力学（Ⅱ）‖Mechanics of Materials(Ⅱ) 2 32 2 013

11021102弹塑性力学基础 ★ ‖ Foundation ofElastic-Plastic Mechanics★

2.5 40 2.5 013


453

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



11043801 工程测量‖Engineering Surveying 2 32 2 013

11044001 工程测量实习＊‖Engineering Survey Practice＊

2 80 2 013

11029902 工程地质＊‖Engineering Geology＊ 1 16 1 013

11039102 工程经济学‖Engineering Economics 2 28 4 2 013


0.5 8 0.5 013


0.5 8 0.5 013

11022905混凝土结构基本原理‖Principle of ReinforcedConcrete Structures

4 60 4 4 013

11035002混凝土结构课程设计‖Practice of ReinforcedConcrete Structure Design

1 40 1 013

11026701 结构力学‖Structural Mechanics 5 80 5 013

11025903 结构试验‖Structural Experiment 2 80 2 013

11127805 理论力学（Ⅰ）‖Theoretical Mechanics(Ⅰ) 2.5 40 2.5 013

11227805 理论力学（Ⅱ）‖Theoretical Mechanics(Ⅱ) 2.5 40 2.5 013


11030301 土力学‖Soil Mechanics 2 24 8 2 013

11025503 土木工程材料‖Construction Material 2.5 32 8 2.5 013

11035702土木工程概论 ★ ＊ ‖ Introduction to CivilEngineering★＊

1 16 1 013

11026403 土木工程施工‖Civil Engineering Construction 3 40 8 3 013





01037801 道路工程‖Road Engineering 2 32 2 013

01034503道路工程课程设计‖Road Engineering CourseDesign

1 40 1 013

11022801 钢结构‖Steel Structure 3 48 3 013

11036101钢结构课程设计‖ Practice of Steel StructureDesign

1 40 1 013

11039201工程结构抗震与防灾‖Engineering StructureSeismic-Defensive Design

3 40 8 3 013

11039401混凝土及砌体结构设计‖Design of ReinforcedConcrete Structures and Masonry Structures

3 40 8 3 013

11021502 基础工程‖Foundation Engineering 2 32 2 013

11036201基础工程课程设计‖ Practice of FoundationDesign

1 40 1 013

11036002 建筑学课程设计‖Practice of Architecture 1 40 1 013

11022104 建筑学与规划‖Architecture and Plan 3 48 3 013

11044601 桥梁工程★‖Bridge Engineering★ 2 28 4 2 013



11036301 创造学基础‖Fundamentals of Creatology 2 26 6 2 013

11021402地基处理与基坑支护‖Ground Treatment andExcavation Engineering

2 28 4 2 013

11035902地下结构工程 ‖ Underground StructureEngineering

2 22 10 2 013

11021901房地产开发与经营管理‖Development andManagement of Housing and Land

3 44 4 3 013

11023003高层及特种结构‖ Tall Buildings and SpecialStructure

2 28 4 2 013


454

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


11039301工程测试技术 ‖ Engineering TestingTechnology

2 20 12 2 013

11025802工程结构计算机辅助设计‖Engineering andStructural CAD

2 32 2 013


11025701 工程预概算‖Engineering Estimate and Budget 2 22 10 2 013

11036402国际工程项目管理‖ Project Management ofInternational Engineering

2 32 2 013

13020201计算结构力学 ‖ Computational StructuralMechanics

2 28 4 2 013

13020301抗冲击与抗爆结构 ‖ Anti Impact andExplosion Structure

2 28 4 2 013

11036801土木工程常用软件简介 ‖ Introduction toSoftware Used in Civil Engineering

2 16 16 2 013

11043901土木工程专业问题研讨‖Symposium on CivilEngineering

1 16 1 013

必修课程汇总‖Compulsory Courses Total 158 1788 1612 25.5 23 26 20.5 22.5 17.5 9 14


28 338 110 10 16 2





.

南京理工大学外国语学院 2014本科专业介绍及教学计划进程表

455

外国语学院南京理工大学外国语学院，前身为南京理工大学外语系。学院下设英语系、日语系、大学英语教学部、

公共研究生英语教学部、小语种教学部、培训中心、语言实验中心，组建了外国文化研究所、外国语言学

与应用语言学研究所、美国文学研究所、英国文学研究所、外语教材教法研究所、翻译研究所等。并设有

IELTS（雅思）考点。学院现有英语语言文学、外国语言学与应用语言学、MTI（翻译硕士）等 3 个硕士学

位授予点和英语、日语两个本科专业。

目前在籍全日制本科生 400 余人、硕士生 100 余人。现有教职工 92 人，其中教授 4 人、副教授 20 人、

博士 19 人，每年还聘请 10 名左右的外国专家或外籍教师来学院任教。此外，还聘请客座教授和兼职教授

9 人。学院承担全校博士、硕士和本科生公共外语（英、日、法、德、俄、西班牙等）教学工作。

学院与国内外学术交流广泛，近年来先后派遣了 100 多人次赴美、英、澳、加、俄、日、法、韩等国

进修、访学或合作研究。 2011 年学院成为澳大利亚悉尼大学 TESOL（英语教育硕士）的授权协作单位。

学院拥有先进的数字化语言实验室、资料研发中心（资料库），机辅笔译（CAT）实验室，机辅口译实

验室（同声传译），多媒体教室，全自动智能录播系统，外语调频台等，有外文藏书数万册、专业期刊数十

种。

外国语学院学科梯队整齐，研究方向比较齐全，科研成果丰硕，呈现蓬勃发展之势。近年来共发表论

文 220 余篇，出版学术专著和教材 17 部，获校级和省部级以上教学与科研项目 55 项，其中仅 2011 年内，

在 CSSCI 来源期刊上发表论文 8 篇，SSCI 杂志上发表论文 2 篇，A&HCI 杂志上发表论文 2 篇，获批教育部

人文社会科学基金项目 2 项，省社科基金项目 1 项，省教改项目 1 项。

外国语学院高度重视人才培养工作。深入贯彻博雅教育理念，用优秀的中外文化促进学生成长。学生培

养计划体现文理兼容并蓄，主动渗透理工科的一些基本知识和常识，让广大学子在成才的道路上能够越走越

宽。学院坚持导师指导、日常督导、学生自律，共创优良学风。学院坚持实践育人的指导方针，抢抓各种校

内外育人资源，搭建实践平台，为学生技能提高和奉献社会提供支撑。连年来，学院毕业生深受社会各用人

单位青睐和好评。连年初次就业率超过 95%，年终就业率均在学校率先实现 100%。学生出国升学率稳步提升，

2011 年达 46.15%，多人被英国爱丁堡大学、约克大学、香港大学、香港中文大学、新加坡南洋理工大学、

北京大学、清华大学、中国人民大学、上海外国语大学等国内外著名学府录取。学生就业单位层次也非常高，

主要分布于国家机关、银行金融、翻译、外贸、行政等行业。外国语学院专业全国排名近两年处于快速上升

阶段，由 2010 年的 113 名（全国 582 所开设英语专业）上升到 2011 年的 68 名（全国 608 所开设英语专业），

继续为四星级专业。

外国语学院将乘势而上，努力建成拥有一流的学科、一流的队伍、一流的学术、一流的教育、一流的

人才，并真正成为开放式、国际化、特色高水平的教学研究型学院。


456

School of Foreign StudiesSchool of Foreign Studies, formerly the Department of Foreign Languages, now consists of English

Department, Japanese Department, Department of College English for Undergraduates, Department of College

English for Postgraduates, Department of Minority Languages, Training Center and Language Experimental Center.

It has Institute of Foreign Culture Studies, Institute of Foreign Linguistics and Applied Linguistics, Institute of

American Literature Studies, Institute of British Literature Studies, Institute of Pedagogy, Institute of Translation

Studies and so on. It also hosts an internationally authorized IELTS training and testing center. The School now

offers two undergraduate programs in English and Japanese as well as three graduate programs, including an MA

in English Language and Literature, an MA in Foreign Linguistics and Applied Linguistics, and an MA in Translation

and Interpreting.

The School now has more than 400 registered full-day undergraduate students and over 100 graduate

students. The number of faculty and staff is 92, among whom are 4 professors, 20 associate professors and 19

PhDs. The School also employs about 10 foreign professors and experts annually as a supplement to the teaching

staff.

The School has made wide academic communications at home and abroad. In recent years, it has

dispatched over 100 faculty members to visit institutes and universities in America, Britain, Australia, Canada,

Russia, France, Japan, South Korea and so on.

The School has an advanced digital language lab, a foreign language research and development center, a CAT

lab, a simultaneous interpretation lab, multimedia lab, the intelligent broadcasting and recording system and

foreign language FM. The School is complete in subject ranks and research direction, and is fruitful in academic

research. In recent years, over 220 academic papers, 17 monographs and textbooks have been published. The

school has 55 research projects of university level or provincial level. In 2011, 8 CSSCI papers, 2 SSCI papers, 2

A&HCI papers were published, and 2 humanistic and social science fund projects of Ministry of Education, 1

provincial social science fund project, and 1 provincial teaching reform project are undertaken.

The School pays high attention to talents cultivation. It implements thoroughly the erudition education

theory, and promotes student talents with excellent Chinese and foreign culture. The talents cultivation reflects

the inclusion of liberal arts and science, and actively permeates some basic knowledge and common sense of

science and engineering, so as to enable students to have wider choices on the way to success. The school sticks

to the principle of mentor guide, daily supervision, students’ self-discipline to create a good study atmosphere. It

also adheres to the guideline of practice making talents, grabbing accessible education resources and conducting

practice platform to enhance skills and contribute to society. In recent years, graduates are welcomed greatly by

social employers.

The School will strive for progress to establish a truly opening, international, and high-level teaching and

researching college with top-ranking subject, faculty, academic area, education, and talents.


457

英语一、专业介绍

英语专业自 1989 年开设专科，1994 年开办本科，建设 20 多年来一直为学生提供进一步深造和就业的

必备技能和知识学习的途径。英语专业以课程国际化为核心理念，参照国外相应课程，摆脱了英语技能与

知识，静态知识与实践能力和思辨力培养之间脱节的状态。通过全面改造低年级技能课程，开设多维文本

阅读写作课程、内文化课程和系列经典阅读课程，切实提升学生的语言感受力和语言使用能力，提升学生

的人文素养，使他们成长为在将来国际事务中拥有话语权的人士。同时，本专业力图在翻译和商务英语两

个方面打造专业型人才，结合我校的理工科背景和经管强势学科，开发了系列相应课程，旨在培育知识面

广，专业素质过硬，具有创新能力的复合型高级英语专门人才。

英语专业学生多年来在各类国家级演讲比赛、辩论赛、口译大赛和写作大赛上取得优异的成绩。近年

来，专业学生的就业率仍然保持在 95%以上。深造比例每年高达近 45%，其中不少学生被国内知名大学免

试录取，被国外知名大学录取。毕业生就业层次较高，外事外贸单位、教育教学单位和事业单位的就业去

向为主流。

二、培养目标

本专业培养具有较高的人文素养、宽广的人文科学知识、扎实的英语语言基础、较强的专业实践能力

和创新精神，并能够灵活运用英语在文化、教育、外事、经贸、科技、企业等部门从事教学、翻译、管理、

研究、商务等工作的具有较强的研究能力的学术型、具有较强实践能力的应用型和具有扎实英语技能加交

叉学科的专业技能的复合型英语人才。

三、培养要求

本专业学生具有坚实的英语基础知识和熟练的听、说、读、写、译能力，较深入地了解英语国家的社

会与文化。学生应能够准确流畅地完成一般文本的笔译工作以及一般场合的陪同口译任务。初步了解英语

语言学和文学基本理论，具有一定的人文社会科学、国际商务和科学技术基础知识，初步掌握一门第二外

语。

本专业学生的培养要求为：

1. 基本语言应用能力：具有扎实的英语听、说、读、写、译能力，同时具备较强的汉语表达能力，

能够准确流畅地进行英汉双语转换，能熟练地运用英语进行实用类型及科学技术项目笔译、社区口译和联

络口译；部分毕业生能承担外贸或法律方面的会议口译工作；

2. 跨文化交际能力：较系统地掌握英语国家的社会与文化，具备较强的跨文化交际能力；

3. 专业领域的英语使用能力：掌握适用于一定专业领域的英语知识，主要包括电子商务英语、法规英

语、报刊英语、科技英语、外贸实务与函电、实用翻译、联络口译等基础知识；

4. 基本科研能力：具有英语语言文学所必要的专业知识和交叉学科知识，了解其科学前沿及发展趋势。

具有一定的科学研究能力，较强创新意识和较高的综合素质；

5.实践应用能力：能够将所学的知识与现实语境相结合，合理得体使用，并且在实践中检验语言水平，

体察差距；

6. 身心健康和相关的就业能力：能够应对相应的脑力和体力劳动，能够掌握相关的就业策略和适应市

场。

7. 思想道德修养和素质：具备较高的思想道德修养，具有不断提高自身思想道德素质的能力。



458


修业年限：三～六年



主干学科：外国语言文学

交叉学科：中国语言文学、哲学、经济学、管理学


西方文化经典阅读、中国传统经典阅读、英语视听说、笔译、口译、英语国家概况、美国文学、英国

文学、国际贸易实务与函电、跨文化交际等。


军事训练、专业课程见习实习、工程技术实习、毕业实习、社会调查、作为志愿者进行社会实践、毕

业论文等。





459

English Language and LiteratureI. Introduction

English Language and Literature, established in 1989, began to enroll undergraduates in 1994. With

curriculum internationalization as its core concept, the major tries to integrate skills with knowledge, static

knowledge with practical and critical competence. In order to strengthen students’ capability of language use and

appreciation, the major has embarked on a curriculum reform to replace skill-based courses with multi-textual

reading and writing courses, classic reading courses and domestic-culture courses. Combined with advantageous

disciplines (finance & management) in NUST, the major devotes to cultivating talents in two main professional

areas – translation and business English. In recent years, students have achieved excellent performance in various

national contests, including speech contest, debating contest, interpretation contest and writing contest. The

employment rate has maintained over 95% in recent years. Graduates mainly engage in jobs concerning foreign

trading, foreign affairs and education. Each year almost 45% of the graduates further their studies in both

domestic and foreign well-known universities.

II. Objectives

The major aims at cultivating cross-disciplinary talents in English language and literature. Students are

required to have solid foundation in English language, strong ability in professional practice and innovation, good

humanistic qualities, and broad knowledge in science and technology. Upon graduation, students are expected to

be able to flexibly apply English to such jobs as teaching, translation, management, research, and business in

foreign trade companies, enterprises, departments and divisions concerning culture, education, foreign affairs,

economics and trade, science and technology, etc.

III. RequirementsStudents are required to master knowledge of English language, basic theories of English linguistics and literature,history, culture, politics, and economy of the English-speaking countries, in combination with proficient skills inlistening, speaking, reading, writing, and translating. Special emphasis is given to the cultivation of translatingcompetence. Students are expected to be qualified for translating generic-texts and escort interpreting tasks.Students are also expected to preliminarily master a second foreign language, and have basic knowledge ofhumanities and social sciences, international business, science and technology.Students are expected to acquire knowledge and abilities in the following aspects:1. Have a good command of English skills in listening, speaking, reading, writing, and translating, andcommunication skill in Chinese as well; be competent in English-Chinese and Chinese-English translation,including science and technology translation; be capable of community interpreting, liaison interpreting, andinterpreting on conferences about trading and forensic affairs;2. Have systematic knowledge about society and culture in English-speaking countries so as to have desirableintercultural communication ability;3. Acquire English knowledge in some specific areas, including e-commerce English, forensic English, periodicalEnglish, English of science and technology, foreign trade practices and correspondence, applied translation andliaison interpreting;4. Master professional knowledge of English and interdisciplinary subjects; be familiar with the latestdevelopment and tendency of the major; have the awareness of innovation;5. Have the ability to apply what has been learnt to practical context;

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460

6. Have the ability to carry out mental and manual work; master some employment strategies to cater for themarket;7. Have high morality and the ability to constantly enhance the moral quality.IV. Length of program and degreeStandard Academic Year: 4 yearsLength of Schooling: 3 to 6 yearsDegree: Bachelor of ArtV. Leading discipline and interdisciplinary subjectsLeading discipline: Foreign Language and LiteratureInterdisciplinary subjects: Chinese Language and Literature, Philosophy, Economics, Management ScienceVI. Core coursesWestern Classic Culture Reading; Chinese Classics Reading; English Viewing, Listening and Speaking; Translation;Interpreting; A Survey of English-Speaking Countries; American Literature; English Literature; International TradePractices and Communication; Intercultural Communication, etc.VII. Collective practical teaching sessionMilitary Training; Course Practice; Metalworking Practice; Graduation Practice; Social Investigation; Volunteering;Graduation Thesis, etc.Ⅷ. Graduation RequirementsTo achieve a minimum requirement of 161 credits for graduation, students are required to complete all thecompulsory courses, the optional courses of general education (no less than 8 credits) and some otherspecialized optional courses.


461

英语专业教学计划进程表Table of Teaching Plan for Major of English Language and Literature

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


必修课程·通识教育课【除公共部分外任选一个语种修读】

Compulsory Course·Course of General Education（choose one language, besides the general courses）







88000001 科研训练‖Scientific Research Training 2 80 2 000

15045202马克思主义基本原理‖Introduction to the Basic

Principles of Marxism3 32 16 3 019

15045303毛泽东思想和中国特色社会主义理论体系概

论‖Outline of Mao Zedong and Theoretical

System of Socialism with Chinese Characteristics

6 48 48 6 019

15045602思想道德修养与法律基础‖Ideological and

Moral Cultivation & Basic Law Education3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖Outline of Chinese Modern

and Contemporary History2 24 8 2 019

14120202 大学德语（Ⅰ）‖College German (Ⅰ)

Ⅰ

4 64 4 014

14220202 大学德语（Ⅱ）‖College German (Ⅱ) 4 64 4 014

14320202 大学德语（Ⅲ）‖College German (Ⅲ) 2 32 2 014

14120302 大学俄语（Ⅰ）‖College Russian (Ⅰ)

Ⅱ

4 64 4 014

14220302 大学俄语（Ⅱ）‖College Russian (Ⅱ) 4 64 4 014

14320302 大学俄语（Ⅲ）‖College Russian (Ⅲ) 2 32 2 014

14125002 大学法语（Ⅰ）‖College French (Ⅰ)

Ⅲ

4 64 4 014

14225002 大学法语（Ⅱ）‖College French (Ⅱ) 4 64 4 014

14325002 大学法语（Ⅲ）‖College French (Ⅲ) 2 32 2 014

14120402 大学日语（Ⅰ）‖College Japanese (Ⅰ)

Ⅳ

4 64 4 014

14220402 大学日语（Ⅱ）‖College Japanese (Ⅱ) 4 64 4 014

14320402 大学日语（Ⅲ）‖College Japanese (Ⅲ) 2 32 2 014

14107003 西班牙语（Ⅰ）▼‖Spanish (Ⅰ)▼

V

4 64 4 014

14207003 西班牙语（Ⅱ）▼‖Spanish (Ⅱ)▼ 4 64 4 014

14307003 西班牙语（Ⅲ）▼‖Spanish (Ⅲ)▼ 2 32 2 014



11023302 高等数学‖Calculus 4 64 4 013

14047301 文体与修辞‖Stylistics and Rhetoric 2 32 2 014

14040003 学术写作‖Academic Writing 1 16 1 014

14045102 英语辩论‖English Debate 1 16 1 014


462

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


14004902 英语演讲＊‖English Speech＊ 1 16 1 014

14045801 语言与逻辑‖Language and Logic 2 32 2 014

14022802 中国文化概论‖Introduction to Chinese Culture 3 48 3 014

14047701 专业导论‖Introduction to English Major 1 16 1 014



14121802 笔译（Ⅰ）‖Translation (Ⅰ) 2 32 2 014

14221802 笔译（Ⅱ）‖Translation (Ⅱ) 2 32 2 014


14047501科普阅读与写作‖Popular Science Reading and

Writing2 32 2 014

14122201 口译（Ⅰ）‖Interpreting(Ⅰ) 2 32 2 014

14222201 口译（Ⅱ）‖Interpreting(Ⅱ) 2 32 2 014

14020801 跨文化交流‖Intercultural Communication 2 32 2 014

14023402 美国文学‖American Literature 3 48 3 014

14045901 实用文写作‖Practical Genre Writing 2 32 2 014

14046101西方经典散文阅读‖Western Classic Essay

Reading2 32 2 014

14046301西方经典哲学阅读‖Western Classic Philosophy

Reading2 32 2 014

14024802西方文化经典阅读‖Western Culture Classic

Reading3 48 3 014

14045701新闻英语阅读与写作‖Journalistic English

Reading and Writing3 48 3 014

14023302 英国文学‖English Literature 3 48 3 014

14021402英美报刊选读‖Selected Readings from English

Newspaper and Periodicals2 32 2 014

14046001 英语表演＊‖English Performance＊ 1 16 1 014

14145801 英语测试（Ⅰ）‖English Testing (Ⅰ) 1 16 1 014

14245801 英语测试（Ⅱ）‖English Testing (Ⅱ) 1 16 1 014

14045802 英语高级测试‖English Advanced Testing 1 16 1 014

14121502英语国家概况（Ⅰ）‖Introduction to English-

Speaking Countries (Ⅰ)2 32 2 014

14221502英语国家概况（Ⅱ）‖Introduction to English-

Speaking Countries (Ⅱ)2 32 2 014

14021703英语经典短篇小说阅读‖English Classic Short

Novel Reading3 48 3 014

14047401 英语朗读＊‖English Oral Reading＊ 1 16 1 014

14145901英语视听说（Ⅰ）‖ English Viewing, Listening

and Speaking (Ⅰ)2 32 2 014

14245901英语视听说（Ⅱ）‖ English Viewing, Listening

and Speaking (Ⅱ)2 32 2 014

14345901英语视听说（Ⅲ）‖English Viewing, Listening

and Speaking (Ⅲ)1 16 1 014

14445901英语视听说（Ⅳ）‖English Viewing, Listening

and Speaking (Ⅳ)1 16 1 014

14545901英语视听说（Ⅴ）＊‖English Viewing,

Listening and Speaking (Ⅴ)＊1 16 1 014

14645901英语视听说（Ⅵ）‖English Viewing, Listening

and Speaking (Ⅵ)1 16 1 014


463

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


14023203英语语言学导论‖Introduction to English

Linguistics2 32 2 014

14045501 中国传统经典阅读‖Chinese Classics Reading 2 32 2 014





14046501 电子商务‖E-Commerce 2 32 2 014

14046201 法律英语‖Legal English 2 32 2 014

14025203国际贸易实务与函电‖International Trade

Practices and Communication3 48 3 014

14047601 科技英语翻译‖EST Translation 2 32 2 014

14040201 实用文翻译‖Practical Genre Translation 2 32 2 014

14046401 语言学经典阅读‖Classic Linguistics Reading 2 32 2 014



1404700120 世纪西方文学理论‖20th Century Western

Literary Theory2 32 2 014

14025001 词汇与句法‖Lexicology and Syntax 2 32 2 014

14021802 翻译概论‖Introduction to Translation 2 32 2 014

14046601翻译鉴赏与批评‖Translation Appreciation and

Criticism2 32 2 014

14020601经贸英语选读‖Selected Readings From

Business English2 32 2 014

14047201 联络口译‖Liaison Interpretation 2 32 2 014

14025101 商务沟通‖Business Communication 2 32 2 014

14024901 应用语言学‖Applied Linguistics 2 32 2 014

14047101 英语教学管理‖English Teaching Management 2 32 2 014

14046801 语篇分析‖Discourse Analysis 2 32 2 014

14046701 语义学与语用学‖Semantics and Pragmatics 2 32 2 014

14046901汉英语言对比分析‖Contrastive Analysis

Between Chinese and English2 32 2 014

必修课程汇总‖Compulsory Courses Total 141 1848 1016 23.5 17 20 20 21 18.5 10 11选修课程汇总‖Specialized Optional Courses

Total24 384 8 8 8







464

日语一、专业介绍

日语系的前身为南京理工大学外语系小语种教研室。1972 年外语系成立日语教研组，2005 年成立外

语系小语种教研室，2010 年成立日语系，2012 年开始招收本科生。

日语系现有教师 7 名，其中博士毕业 2 人，在读博士 1 人，硕士毕业 3 人。所有教师均有长期留学或

赴日进修的经历。此外，常年聘请日籍教师 1-2 名，中日客座教授若干名，并与日本多所大学建立学术交

流关系。

日语专业每年招生 25 人左右。实行小班教学，严格控制教学质量的同时，注重培养学生的实践活动

能力。现已与国内外企业、语言学校等建成或意向建成多家实习基地。

二、培养目标

日语专业旨在为国家建设培养德、智、体、美全面发展，具有扎实的日语语言基础，熟练的听说读写

译技能，丰富的中日文化知识，并在此基础之上具有一定英语水平，能熟练地运用外语在涉外经济贸易部

门、外资企业、外事、教育、文化交流、科技、军事等领域从事翻译、教学、管理、研究等工作的复合型

创新型日语专业人才。

三、培养要求

本专业对学生进行全面的语言技能训练，要求其在日语听、说、读、写、译等方面的达到较高水平，

同时要求学生学习日本的文学、历史、政治、经济、外交、社会文化等方面的基本知识，具有对日交流、

交际的实践能力，具有运用专业知识来发现问题、分析问题、解决问题的科学研究能力，为学生毕业后适

应各类工作岗位或进一步的学习研究打下基础。

毕业生应具有以下几方面的知识和能力：

1. 具有良好的思想道德品质，尊老爱幼、勤俭节约、遵纪守法，具有良好社会公德的社会主义核心价

值观，建立为祖国富强、民族昌盛而奋斗的志向及责任感。

2. 锻炼和养成健康的、积极向上的身体素质和心理素质。

3. 掌握扎实的日语听说读写等基本功；

4. 掌握日语语言、日本文学、日本社会文化(包括地理、历史、政治、经济、风俗、宗教等)方面的基

本知识，同时了解和掌握一些国际贸易原理、国际贸易实务等方面的基础知识；

5. 具有较强的日语语言实践能力，能够胜任一定水平的口笔译工作；能够在商务社交、跨文化交流等

场合中熟练地使用日语并在适当的场合下进行语体（敬体、简体）转换，并具有能够运用日语进行较长篇

幅文章（尤其是学术论文）的写作能力。

6. 了解和掌握中国传统文化及其对日本文化的影响，形成完善的知识结构及文化修养；同时具有较好

的英语语言知识和跨文化交际意识，并在此基础上自如地进行跨文化交流。

7. 掌握一定的数学、计算机及信息技术应用等方面的知识，从而能够运用这些知识获取信息、数据并

处理相关问题。

8. 具备初步的科研能力（发现问题、调查问题、分析问题及解决问题的能力）和实践创新意识和能力。



修业年限：三～六年



465


主干学科：日语语言文学

交叉学科：中国语言文学


基础日语、高级日语、日语翻译、日本文学史、日本语言学概论、日本概况等。


主要包括军事训练、工程技术实习、社会调查、作为志愿者进行社会实践、毕业实习、毕业设计等环

节。





466

Japanese Language and Literature

I. Introduction

Japanese Language and Literature, formerly the Minority Languages Teaching & Research Office of Foreign

Language Department in NUST, was established in 2010, and began to recruit undergraduates in 2012.

Among the current 7 faculty members in the major, 2 have the Ph.D. degrees, 1 is a doctor candidate, and

another 3 have master’s degrees. All the teachers have the experience of short-term or long-term study in Japan.

In addition, 1 to 2 native Japanese teachers and some guest professors are employed permanently in the major.

Several academic communication programs have also been established with universities in Japan.

The major enrolls about 25 students annually. Teaching quality is strictly controlled and students’ practical

ability is guaranteed. Moreover, a number of practice bases have been or intended to be established in language

schools and enterprises home and aboard.

II. Objectives

The major aims at cultivating cross-disciplinary talents in Japanese language and literature. Students are

required to have a good command of Japanese language in which five basic skills, namely, listening, speaking,

reading, writing and translating, are well founded and can be applied to practice. They are required to have

abundant knowledge in Japanese and Chinese cultures, and some general knowledge of English. Upon graduation,

students are expected to be able to apply Japanese flexibly to such jobs as translation, teaching, management,

and research in foreign-related business and trade companies, foreign-owned enterprises, departments and

divisions concerning foreign affairs, education, culture exchange, science and technology, and military affairs, etc.

III. Requirements

Students are required to master the basic theory and knowledge of Japanese language, literature, history,

economy, politics, diplomacy and social culture, in combination with skills in listening, speaking, reading, writing

and translating, so as to develop the practical ability in communication with Japanese. In addition, a preliminary

capability of scientific research is expected to be gained so as for students to apply the professional knowledge in

researching, analyzing and solving problems, and to lay foundations to adapt to various jobs and positions or to

pursue further study after graduation.

Students are expected to acquire knowledge and abilities in the following aspects:

1. Have high morality, observe laws and principles, and maintain socialism core values;

2. Build up healthy and positive physical and psychological quality.

3. Have a solid foundation of the basic Japanese language skills in listening, speaking, reading and writing.

4. Have a good basic knowledge of Japanese linguistics, Japanese literature, Japanese social culture

(including geography, history, politics, economy, customs, religion, etc.), and have some understanding and basic

knowledge of the principles of international trade and practice of international trade affairs.

5. Obtain desirable practice skills in Japanese so as to be qualified for translating and interpreting, be

proficient in using Japanese in cross-culture communication, be skillful at stylistic transforming (honorifics and

non-honorifics) on proper occasions, and be capable of writing (especially, an academic paper) in Japanese.

6. Understand and grasp Chinese traditional culture and realize its effect on Japanese culture, form a

completed knowledge structure and culture accomplishment, have a good command of English and intercultural


467

communicative awareness in order to be able to conduct the cross-culture communication comfortably.

7. Master some knowledge in mathematics, computer and information technology in order to be able to

retrieve information and data, and handle related problems.

8. Gain the preliminary capability for scientific research (the capability to find out, investigate, analyze and

solve a problem) and develop innovative consciousness.




Degree: Bachelor of Art

V. Leading discipline and interdisciplinary subject

Leading discipline: Japanese Language and Literature

Interdisciplinary subject: Chinese Language and Literature

VI. Core courses

Basic Japanese, Advanced Japanese, Japanese Translation, History of Japanese Literature, Introduction to

Japanese Linguistics, Introduction to Japan, etc.


Military Training, Metalworking Practice, Social Investigation, Volunteering, Graduation Practice, Graduation

Thesis, etc.






468

日语专业教学计划进程表Table of Teaching Plan for Major of Japanese Language and Literature

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践










88000001 科研训练‖Scientific Research Training 2 80 2 000


3 32 16 3 019

15045303


论‖Outline of Mao Zedong Thought andTheoretical System of Socialism With ChineseCharacteristics

6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021


15042401中国近现代史纲要‖Outline of Chinese Modernand Contemporary History

2 24 8 2 019



14320507 大学英语（Ⅲ）‖College English (Ⅲ) 2 32 2 014

14420507 大学英语（Ⅳ）‖College English (Ⅳ) 2 32 2 014



11023302 高等数学‖Calculus 4 64 4 013

14044701 古典语法‖Classic Grammar 2 32 2 014

14144001日语口语实践（Ⅰ）＊‖Oral JapanesePractices(Ⅰ)＊

1 40 1 014

14244001日语口语实践（Ⅱ）＊‖Oral JapanesePractices(Ⅱ)＊

1 40 1 014

14344001日语口语实践（Ⅲ）＊‖Oral Japanese Practices(Ⅲ)＊

1 40 1 014

14044601 日语语法‖Japanese Grammar 2 32 2 014

14044501日语语言学概论‖Panorama of JapaneseLinguistics

2 32 2 014

14044801 学术写作‖Academic Writing 1 16 1 014

14045502 中国传统经典阅读‖Chinese Classics Reading 2 32 2 014

14050201 现代汉语‖Modern Chinese 2 32 2 014

14050301 古代汉语‖Ancient Chinese 2 32 2 014


469

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践




14143601 高级日语（Ⅰ）‖Advanced Japanese (Ⅰ) 4 64 4 014

14243601 高级日语（Ⅱ）‖Advanced Japanese (Ⅱ) 4 64 4 014

14343601 高级日语（Ⅲ）‖Advanced Japanese (Ⅲ) 2 32 2 014


14120404 基础日语（Ⅰ）‖Basic Japanese (Ⅰ) 8 128 8 014

14220404 基础日语（Ⅱ）‖Elementary Japanese (Ⅱ) 8 128 8 014

14320404 基础日语（Ⅲ）‖Elementary Japanese (Ⅲ) 8 128 8 014

14420404 基础日语（Ⅳ）‖Basic Japanese(Ⅳ) 6 96 6 014

14143501 日语翻译（Ⅰ）‖Japanese Translation (Ⅰ) 2 32 2 014

14243501 日语翻译（Ⅱ）‖Japanese Translation (Ⅱ) 2 32 2 014

14143201日语泛读（Ⅰ）‖Japanese Extensive Reading(Ⅰ)

2 32 2 014

14243201日语泛读（Ⅱ）‖Japanese Extensive Reading(Ⅱ)

2 32 2 014

14143101 日语会话（Ⅰ）‖Japanese Conversation (Ⅰ) 2 32 2 014

14243101 日语会话（Ⅱ）‖Japanese Conversation (Ⅱ) 2 32 2 014

14143001 日语听力（Ⅰ）‖Japanese Listening (Ⅰ) 2 32 2 014

14243001 日语听力（Ⅱ）‖Japanese Listening (Ⅱ) 2 32 2 014

14343001 日语听力（Ⅲ）‖Japanese Listening (Ⅲ) 2 32 2 014

14443001 日语听力（Ⅳ）‖Japanese Listening (Ⅳ) 2 32 2 014

14143401 日语写作（Ⅰ）‖Japanese Writing (Ⅰ) 1 16 1 014

14243401 日语写作（Ⅱ）‖Japanese Writing (Ⅱ) 1 16 1 014

14343401 日语写作（Ⅲ）‖Japanese Writing (Ⅲ) 1 16 1 014

14443401 日语写作（Ⅳ）‖Japanese Writing (Ⅳ) 2 32 2 014


Compulsory Course· Specialized Course



14043703 日本文学史‖Japanese Literature History 3 48 3 014

14043803日本文学作品选读‖Japanese Literary WorkReading

3 48 3 014



14143301高级日语视听说（Ⅰ）‖Advanced JapaneseViewing, Listening & Speaking (Ⅰ)

1 16 1 014

14243301高级日语视听说（Ⅱ）‖Advanced VideoEducation of Japanese Listening and Speaking(Ⅱ)

1 16 1 014

07023302国际经济技术合作‖International Economicand Technological Cooperation

2 32 2 007

14025204国际贸易实务与函电‖International TradePractices and Communication

2 32 2 014

14045201经贸日语选读‖Selected Readings fromBusiness Japanese

2 32 2 014

14045301科技日语选读‖Selected Readings fromTechnical Japanese

2 32 2 014

14020802 跨文化交流‖Intercultural Communication 2 32 2 014


470

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


14044401 日本概况‖Introduction to Japan 2 32 2 014

14043901日文报刊选读‖Selected Readings FromJapanese Newspaper and Periodicals

2 32 2 014

14045401 日语口译实务‖Japanese Interpretation 2 32 2 014

14025102 商务沟通‖Business Communication 2 32 2 014



20 320 2 9 3 6






南京理工大学人文与社会科学学院 2014本科教学计划进程表

471

人文与社会科学学院人文与社会科学学院成立于 1994 年，是国内理工院校中较早成立的人文学院之一。

学院下设社会学系、公共管理系、法学系等 3 个系；设有公共管理与政策研究中心、科技政策与科技

管理研究所 2 个学术研究机构；设有综合管理办公室、研究生教育与学科建设办公室、学生工作办公室、

文科信息与实验中心、MPA教育中心办公室等 5 个二级职能部门。

学院建有公共事业管理、社会工作、法学、公共事业管理（双学位）等 4 个本科专业，其中社会工作

专业被评为江苏省特色专业；建有社会学、行政管理、民商法学、高等教育学等 4 个二级学科硕士点以及

公共管理硕士（MPA）、社会工作硕士（MSW）等 2 个专业学位硕士点，与马克思主义理论教学研究部.共

建二级学科博士点（思想政治教育）1 个。

学院现各类在校生 1296 人，其中本科生 502 人，双学位学生 206 人，学术型硕士研究生 128 人，专

业学位硕士 370 人，博士生 90 人。

学院现有教职工 63 人，其中专任教师 43 人，教授（研究员）12 人，副教授（副研究员）20 人，其

中：博士生导师 7 人，硕士生导师 14 人。教师中江苏省“青蓝工程”培养对象 1 人，民政部社会工作职

业资格评价委员 1 人。

近 5 年来，学院承担省部级以上各类科研项目 40 项，其中国家社科基金，国家自然科学基金多项；

到帐科研经费突破千万元，其中纵向经费超过 250 万元；发表相关科研论文超过 800 篇，其中核心期刊

（CSSCI、GCJC）超过 250 篇；出版专著与教材 55 部，其中专著 47 部。

学院将以人才培养为中心，进一步提高科学研究的水平，着力建设几个高水平社会科学研究与咨询基

地，不断凝练学科建设方向，大力提升学科建设的层次和影响力，重点加强公共管理、社会管理、社会工

作等学科的专业化、特色化建设，实现教学研究型学院的历史性跨越。


472

School of Humanities and Social SciencesThe School of Humanities and Social Sciences, established in 1994, is one of the earliest schools of

humanities and social sciences that established by polytechnic universities all over the country.

It consists of 3 departments: Department of Sociology, Department of Public Administration, and

Department of Law. 2 research centers are under the supervision of the School: Public Administration and Policy

Research Center, Scientific Policy and Management Research Center. In addition, there are five management and

teaching auxiliary offices: Comprehensive Office, Graduate Education and Discipline Construction Office, Student

Affairs Office, Liberal-arts Information and Experiment Center and MPA Education Center Office.

The School offers 3 undergraduate programs, including Public Affairs Management, Social Work and Law.

Among them, Social Work is a provincial key major in Jiangsu. It also has 4 secondary discipline MA programs,

including Sociology, Administrative Management (ADM), Civil and Commercial Law, Higher Education, and 2

professional MA programs, namely Master of Public Administration (MPA) and Master of Social Work (MSW). The

School has 1 secondary discipline doctoral program. The School now has 1,296 students, including 502

undergraduates, 206 students with dual degree, 128 academic MA students, 370 professional MA students and

over 90 Ph.D. students.

Currently, the School has 63 faculty and staff members, 43 of whom are full-time teachers, including 12

professors (fellows), 20 associate professors (associate fellows), 7 doctoral supervisors and 14 master’s

supervisors. Among them, 1 is the candidate of Young Elite Project (Qinglian Project), and 1 is the member of the

social work profession qualification evaluation committee of Ministry of Civil Affairs.

In the past five years, the School has undertaken about 40 ministry and provincial-level projects, including

several projects on National Social Science Fund and projects on National Science Fund. The scientific research

funds have reached 10 million RMB. Over 800 scientific papers have been published, over 250 of which are

published on core journals (CSSCI GCJC). In addition, 55 monographs and textbooks have been published.

The School aims at developing talents, improving the level of scientific research, and vigorously promoting

discipline construction level and influence.


473

法学

一、专业介绍

本专业自 1995 年开始招生，是全国设立较早的法学专业之一。经过近 20年的发展，本专业已经具有较

好的办学条件，能够系统培养多种具有扎实理论基础和较强实践能力的法律人才。本专业现有硕士点一个，

并正在申办法律硕士。本专业课程设置在完成国家教育部核定的法学专业 16 门主干课程的基础上，突出民

商法方向人才的培养，尤其侧重其项下国际经济法方向；同时本专业联合江苏省人民政府、工业和信息化部

与国家知识产权局三方共建的南京理工大学知识产权学院，也侧重培养民商法项下知识产权方向的人才。随

着我国法治建设的进一步深化，面对建设创新型国家和实施国家知识产权战略的多样化人才需求，本专业着

力培养懂法律、懂国际贸易、懂外语、懂知识产权、实践能力强的复合型、应用型法律人才，努力为国家行

政机关、司法机关、各类企事业单位、律师事务所等各领域输送知识底蕴丰富、视野开阔、法学理论基础扎

实、法律实务能力较强的法律人才，从而在国家新一轮改革规划的实施过程中做出本专业应有的贡献。

二、培养目标

本专业致力于复合型、应用型法律人才的培养，所培养的毕业生应当具备三方面的知识和能力：一是具

有较为扎实的法律基础理论知识和较强的法律运用能力，特别是牢固掌握民事法律制度、刑事法律制度、行

政法律制度、经济法律制度等方面的基本理论知识，并能够较熟练地运用所学法律知识为社会提供多样化的

法律服务；二是系统掌握国际经济法律制度的理论知识，能够从事国际经济、贸易法律实务工作；三是具有

必要的知识产权知识和较强的知识产权工作能力，特别是在专利、商标、版权等领域具有系统的专业知识和

进行相应知识产权管理或保护工作的能力。本专业培养的学生具有较宽泛的就业方向，既能够在行政机关、

司法机关从事社会管理、审判、检察工作，也可以在各类企事业单位、律师事务所从事各种法律实务工作。

三、培养要求

本专业学生主要学习民法、刑法、行政法、经济法、国际法、知识产权法等方面的基础理论，接受法律

职业和知识产权职业的基本训练，具有从事审判、检察、司法行政、律师业务、仲裁业务、企业法律顾问、

企业知识产权管理等方面法律工作和知识产权工作的基本能力。


1.具有较扎实的人文社会科学基础，一定的自然科学基础及正确运用本国语言、文字的表达能力；

2.系统掌握本专业领域宽广的基础理论知识，主要包括理论法学、法律史学、部门法学、国际法学、管

理学、知识产权等基础知识；

3.具有本专业必需的法律思维意识和思辨分析能力。能够理论联系实际，具备实施社会管理、从事法庭

审判、提供法律咨询、提供代理或辩护服务、管理企业内部法律事务、办理涉外经济贸易事务、实施企事业

单位知识产权管理等技能；

4.具有较强的计算机和外语尤其是专业外语应用能力；

5.具有本专业领域内某个专业方向所必要的专业知识，并能够了解和追踪本专业发展趋势；

6.具有初步的社会科学研究及组织管理能力；

7.具有较强的自学能力、创新意识和较高的综合素质。





474

授予学位：法学学士


主干学科：法学

交叉学科：管理学


法理学、宪法学、民法学、刑法学、行政法与行政诉讼法学、民事诉讼法学、刑事诉讼法学、经济法

学、商法学、中国法制史、知识产权法基本理论、劳动法与社会保障法学、资源法与环境保护法学、国际

法学、国际经济法学、国际私法学。


军事训练、科研训练、学年论文、认识实习、毕业实习、毕业论文。





475

LAWⅠ. Introduction

Department of Law, being one of the early founded law departments, started admission since 1995 and has

profound resources after twenty years of development to cultivate systematically law professionals with sound

theoretical and practical abilities. The Department provides master degree program in law and is in the process

of applying for juris master program. The department provides 16 core courses ratified by Ministry of Education

with a focus on cultivation of talents specializing in civil and commercial laws, particularly in its international

economic laws; in the mean time, the department is in close coordination with the College of Intellectual

Property in Nanjing University of Science and Technology, which is co-administered by the People's Government

of Jiangsu Province, Ministry of Industry and Information Technology and State Intellectual Property Office. It also

features the cultivation of intellectual property talents. With further promoting the rule of law in China, and

increasing demands of interdisciplinary talents, the Department of Law focuses on cultivating law practitioners

with interdisciplinary abilities in law, international business, English, intellectual property and strong practicing

abilities. The Department endeavors to provide legal professionals with profound knowledge, broad mind, solid

legal foundation and strong law practicing ability for administrative agencies, judicial authorities, various

enterprises and law firms, and thereby enables the discipline of law to contribute significantly and distinctively to

the development of the innovative country and the implementation of the new round of country’s reform plan.

Ⅱ. Objectives

The Department of Law is devoted to cultivating law practitioners with interdisciplinary abilities. Graduates

should have knowledge and abilities in three aspects: first, solid knowledge of law and strong ability of law

practicing, especially fundamental knowledge in civil law, criminal law, administrative law, economic law and

international law, and proficient application of such knowledge in serving the society; second, comprehensive

apprehension of theories of international economic legal system and the practicing ability of international

economic and business; third, necessary knowledge and strong working ability in intellectual property,

particularly the systematic knowledge in patent, trademark, and copyright and the relevant management or

protection ability. After graduation, students can work not only in judicial authorities, administrative authorities,

public service departments, enterprises and law firms, traditional legal occupations, but also in intellectual

property management authorities, courts, enterprises and intellectual property agencies, occupations of

intellectual property management and intellectual property protection.

Ⅲ. Requirements

Students should acquire the core theories in civil law, criminal law, administrative law, economic law,

international law, intellectual property law and intellectual property management, should receive basic

professional training in law and intellectual property rights and therefore have basic working ability of trial work,

prosecution, judicial administration, litigation and non-litigation practice, arbitration, in-house counsel, business

management of intellectual property.

Graduates should gain knowledge and ability in the following aspects:

1. Have solid foundation of social science, foundation of science and ability to correctly use native language;

2. Grasp systematically the core theories of laws, mainly including fundamental knowledge of jurisprudence,


476

history of law, international law, municipal laws, management and intellectual property right;

3. Have legal mind and critical analyzing skills, and abilities necessary for society administration, trial work,

legal counseling, representation in litigation, internal legal affairs management for enterprises, international

economic and business, intellectual property management for enterprises, etc.;

4. Have strong ability to use computer and English ;

5. Grasp specialized knowledge in the discipline of law and have a thorough understanding of its latest

development;

6. Have elementary research skills in social science and organization & management ability;

7. Have strong ability of learning, innovative thinking and comprehensive qualities.




Degree: Bachelor of Law


Leading Discipline: Law

Interdisciplinary Subjects: Management

Ⅵ. Core courses

Jurisprudence, constitution law, civil law, criminal law, administrative law and administrative procedure law,

civil procedure law, criminal procedure law, economic law, commercial law, Chinese law history, basic theories of

intellectual property law, labor law and social security law, resource law and environmental protection law,

international law, international economic law and international private law.


Practical training includes military training, specialty practice, social survey, term paper, cognition practice,

graduation practice and graduation paper etc.






477

法学专业教学计划进程表Table of Teaching Plan for Major of Law

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




11023302 高等数学‖Calculus 4 64 4 013





15021204 法理学‖Jurisprudence 3 48 3 015

15031701 中国法制史‖Chinese Legal History 3 48 3 015

15022402 国际法学‖International Law 2 32 2 015

15022502 国际经济法★‖International Ecnomic Law★ 3 48 3 015

15022602 国际私法★‖International Private Law★ 2 32 2 015

15026203环境法与资源保护法‖ Environmental andResourses Protection Law

2 32 2 015

15023701 经济法学‖Economic Law 3 48 3 015

15024002劳动法与社会保障法‖ Labor Law and SocialSecurity Law

3 48 3 015

15025407 民法总论‖Civil Law 3 48 3 015

15025501 民事诉讼法‖Civil Procedure Law 3 44 4 3 015

15050501 认识实习＊‖Cognitive Practice＊ 2 80 2 015

15037301 商法总论‖General Theory of Commercial Law 2 32 2 015


478

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


15030101 宪法学‖Constitutional Law 3 48 3 015

15130401 刑法学（Ⅰ）‖Criminal Law(Ⅰ) 3 42 6 3 015

15230401 刑法学（Ⅱ）‖Criminal Law(Ⅱ) 3 42 6 3 015

15030503 刑事诉讼法学‖Criminal Procedure Law 3 44 4 3 015

15030603行政法与行政诉讼法学‖Administrative Lawand Administrative Procedure Law

4 60 4 4 015




15031504知识产权法基本理论 ‖ Basic Theories ofIntellectual Property Law

2 32 2 015





15054401 法律方法论‖Legal Methodology 2 32 2 015

15054501 法律英语‖Forensic English 2 20 12 2 015

15025803 公司法学‖Company Law 2 32 2 015

15022801 合同法学‖Contract Law 3 48 3 015

15037501 亲属法‖Law of Domestic Relation 2 32 2 015

15064601 侵权责任法‖Tort Liability Law 2 32 2 015

15051601 商标法‖Trademark Law 2 32 2 015

15054301 物权法‖Property Law 2 32 2 015

15051901 著作权法‖Copyright Law 2 32 2 015

15051701 专利法★‖Patent Law★ 2 32 2 015



15029901 保险法‖Insurance Law 2 32 2 015

15055001 担保法‖Guarantee Law 2 32 2 015

15054601 法律社会学‖Sociology of Law 2 32 2 015

15027102 国际商法‖International Business Law 2 32 2 015

15055301 国际投资法‖International Investment Law 2 32 2 015

15050101 国家赔偿法‖State Compensation Law 2 32 2 015

15037701 竞争法学‖Competition Law 2 32 2 015

15045101 模拟法庭训练＊‖Moot Court Training＊ 2 8 24 2 015

15054901 票据法‖Law of Negotiable Instrument 2 32 2 015

15055401 司法文书‖Legal Document 2 32 2 015

15055101 网络法‖Network Law 2 32 2 015

15054801 英美法概论‖Anglo-American Legal System 2 32 2 015

15031102 证券法‖Securities Law 2 32 2 015

15031505知识产权管理 ‖ Intellectual PropertyManagement

2 32 2 015

15050201 知识产权战略‖Intellectual Property Strategy 2 32 2 015

15054701中外法律思想史 ‖ Chinese andWestern Legal Thoughts

2 32 2 015

15055201 仲裁法‖Arbitration Law 2 32 2 015

15055501 综合法律实务‖Legal Practice 2 24 8 2 015



479

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



36 544 32 6 12 14 4






480

社会工作

一、专业介绍

该专业创建于 1994 年，是国内创办较早的社会工作专业之一，目前已经成为省级特色专业，具有社

会学、社会工作研究生学位授予权。我校社会工作专业根据自身的实际情况以及多年的探索，确立了“以能

力为本、关注教学过程、培育实践平台”的教育发展理念，坚持社会工作理论与实务并重、教学与研究并重，

努力构建社会工作特色专业建设的四大目标体系——科研与教学内容体系、专业实践平台体系、师资队伍

建设体系和专业教育管理体系，培养了大批能运用社会工作专业理念、具备社会管理知识与技术，有较高

的研究与实践创新能力，在政府有关部门、学校、医院、企业、高新技术公司、民间非营利服务机构，从

事不同层次的调查研究、工作规划、方案设计、项目开发、管理和服务的高级社会工作专业技术人才。

二、培养目标

本专业培养拥有人文关怀精神，运用社会工作专业知识与技巧，在政府相关部门、学校、医院、企业、

高新技术公司、民间非营利机构，从事各类社会管理与社会服务的研究、服务项目开发、设计、管理、实

施、评估等工作的社会工作高级应用型技术人才。

三、培养要求

本专业学生主要学习社会学、社会工作、心理学、政治学、管理学、法学等社会科学基础理论、社会

调查方法、社会工作理论、社会工作管理、社会工作实务技巧，受到社会工作者的基本实务训练，具有从

事政府、社会、经济等不同领域的各类人群不同层次的福利需求满足所需的研究、管理与服务能力。


1.具有人文与社会关怀理念以及与各类人群沟通的综合素质与能力，掌握较扎实的社会工作基础知识，

正确运用本国语言、文字的表达能力；

2.较系统地掌握本专业领域宽广的技术理论基础知识，主要包括社会调查方法、社会工作理论、社会

工作实务方法、社会工作研究等，具备了解自我与他人的能力，了解社会环境和现象的能力，制定社会福

利制度与政策的能力；

3.具有社会工作策略思考和专业技术的能力；

4.具有觉察多元文化差异的能力；

5.具有初步的社会工作科学研究、实务开发和管理能力；

6.具有本专业必需的社会福利需求调查与社会服务项目设计、实施与评估以及项目督导与管理的能力

等；

7.具有较强的计算机和外语应用能力。




授予学位：法学学士


主干学科：社会学、社会工作。

交叉学科：心理学、法学。


481


社会学原理、社会调查方法、社会工作原理、人类行为与社会环境、社会政策、社会工作行政、社会

心理学、个案工作、团体工作、社区工作等课程。


军事训练、工程技术实习、科研训练、学年论文、认识实习、毕业实习、毕业论文





482

Social WorkⅠ. Introduction

Social Work, founded in 1994, is one of the earliest professional social work in China. It is a provincial key

major in Jiangsu, with a bachelor degree of sociology, social work. We have developed the concept of “Basing on

ability, paying attention to the teaching process, cultivating the practice platform”. We focus on balancing the

relationship between theory and practice, teaching and researching. At the same time, we are trying our best to

build 4 systems contributing to the construction of characteristic Social Work specialty: Scientific research and

teaching content system, Professional practice platform system, Teaching staff construction system, Professional

education management system. We have cultivated a large number of senior professional and technical talents of

social work with the ability of using the concept of professional Social Work, social management knowledge and

technology, who have excellent ability to innovate, research and practice in the relevant government

departments, schools, hospitals, enterprises, high-tech companies, private nonprofit service organizations, or to

work in the different sectors of investigation and research, planning, project design, project development,

management and service.

Ⅱ. Objectives

The major aims to cultivate excellent and application-oriented Social Work professionals with humanistic

spirit. Our training enables students to apply professional knowledge and skills of Social Work as well as to be

engaged in the research of various social management and social service, project development, design,

management, implementation and evaluation work. Students majoring in Social Work will be capable of working

in government departments, schools, hospitals, enterprises, high-tech companies, non-governmental and

non-profit organizations.

Ⅲ. Requirements

The students will mainly acquire basic professional theory of Sociology, Social Work, Psychology, Politics,

Management, Law and other social science, Methods of Social Research, Theory of Social Work, Management of

Social Work, Social Work Practice skills and so on. By basic training and practice of social work, students should

have abilities of research, management and service in order to engage in the government, society, economy and

meet the welfare needs of different levels of people in different areas.


1. Have the humanities and social care concept as well as the comprehensive quality and ability to

communicate with all kinds of people, grasp basic knowledge of social work.

2. Have the ability to systematically master the basic theory and knowledge of this field, mainly including the

Method of Social Research, Theory of Social Work, Social Work Practice, Social Work Research, etc.; have the

ability to understand themselves and others, understand social environments and phenomena, have the ability to

organize social welfare institutions and make policies.

3. Have the ability of social work strategy thinking and professional technology

4. Have the ability to perceive the cultural differences

5.Have the preliminary capabilities of social work research, project development and organizational

management.


483

6.Have the ability of professional survey on demands of social welfare, social service project’s

design, implementation, evaluation, supervision and management.

7. Have strong ability to use computer and English




Degree: Bachelor of Law


Leading Discipline: Sociology, Social Work

Interdisciplinary Subjects: Psychology, Law

Ⅵ. Core courses

Sociology, Method of Social Research, Principle of Social Work, Human behavior and Social Environment,

Introduction to Social Welfare, Social Policy, Social Work Administration, Social Psychology, Case Work, Group

Work, Community Work etc..


Military training, Engineering practice,The Student Internship, Graduation practice, Graduation Thesis






484

社会工作专业教学计划进程表Table of Teaching Plan for Major of Social Work

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019




11023302 高等数学‖Calculus 4 64 4 013


15023301 教育学‖Pedagogic 2 32 2 015


15053701 普通心理学‖General Psychology 2 32 2 015


3 48 3 015


15039102 网络传播‖Network Communication 2 32 2 009



15021102 发展社会学‖Sociology of Development 2 32 2 015

15035202 个案社会工作‖Case Social Work 4 48 16 4 015


15026601人类行为与社会环境‖ Human Behavior inSocial Environment

3 48 3 015

15050601 认识实习＊‖Cognitive Practice＊ 2 80 2 015

15032901 社会保障学‖Social Security 3 48 3 015

15044301 社会工作成长小组★‖ Social Work Growth 2 24 8 2 015


485

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Group★

15027501 社会工作原理‖Principles of Social Work 3 48 3 015

15027701 社会经济统计学‖Socio-Economic Statistics 3 48 3 015

15027801 社会心理学‖Social Psychology 3 48 3 015

15030001 社会行政‖Social Administration 3 48 3 015

15033401 社会政策与法规‖Social Policy and Regulations 2 32 2 015

15035501 社区工作‖Community Work 3 48 3 015

15035301 团体工作‖Group Work 3 48 3 015

15029702 西方社会学理论‖Western Sociological Theory 3 48 3 015

15029801 西方哲学史‖History of Western Philosophy 3 48 3 015

15052301现代社会福利思想‖Modern Ideas of SocialWelfare

2 32 2 015




15032002中国社会思想史‖ Chinese History of SocialThought

2 32 2 015

15052201 组织社会学‖Organizational Sociology 2 32 2 015





15044501 家庭社会工作‖Family Social Work 2 24 8 2 015

15044601 矫正社会工作‖Social Work of Correction 2 24 8 2 015

15028501 老年社会工作‖Senior Social Work 2 24 8 2 015

15052501 农村社会工作‖Rural Social Work 2 32 2 015

15044401 青少年社会工作‖Adolescent Social Work 2 24 8 2 015

15052601社会工作价值与伦理‖Social Work Values and Ethics

2 32 2 015

15025901社会统计软件 SPSS 使用‖ Social StatisticsSoftware Spss

2 16 16 2 015



15052801 法律社会学‖Sociology of Law 2 32 2 015



15025405 民法学‖Civil Law 2 32 2 015

15044701 企业社会工作‖Corporate Social Work 2 24 8 2 015

15045001 人格心理学‖Personality Psychology 2 32 2 015

15045803社会工作案例讨论与分析‖Case Discussionand Analysis of Social Work

2 32 2 015

15052701社会工作研究与评估‖Social Work Researchand Evaluation

2 32 2 015

15052401 文化人类学‖Cultural Anthropology 2 32 2 015

15044902西方社会工作原著选读‖Selectives of WesternSocial Work

2 32 2 015

15029201 学校社会工作‖School of Social Work 2 32 2 015

15044801 医疗社会工作‖Medical Social Work 2 24 8 2 015



25 384 16 2 2 10 11


486




Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, Ⅵ, Ⅷ are for spring semester.2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese


487

公共事业管理

一、专业介绍

公共事业管理本科专业创办于 2000 年，是国内较早设立该专业的院校之一。目前，该专业已经发展

成为在全国具有一定知名度，在长三角地区有重要影响的品牌专业，在本科办学合格评估中获得优秀评价，

成为许多院校公共事业管理专业调研和学习的对象，毕业生也深受用人单位赞誉。

本专业同时具有行政管理学和 MPA公共管理硕士学位授予权，教师队伍博士化率达到 85%以上。本系

教师已经主持了几十项国家级、省部级课题，上百篇高层次的学术论文。公共事业专业经过多年的实践探

索，在人才培养中以学生的专业能力为本位，形成了理论、实践、技能、行业教育四位一体较为成熟的人

才培养模式。重视理论教学，使学生能够搭建起完整的公共管理概念框架，掌握现代公共管理分析方法；

以我校江苏服务型政府基地和实习基地为依托，强化实践教学，提升学生对实际问题的分析和解决能力；

依托南京理工大学理工科优势背景，强化学生的公共管理应用技能训练；实行国际化联合办学，鼓励并支

持学生进行第二学位学习，使学生的专业知识与具体管理领域相结合。

本专业主要为各级党和政府部门、事业单位、国有企业、社会组织和中外大中型企业等培养高级管理

人才。

二、培养目标

本专业培养能够适应全球化背景下市场经济和知识经济，具有宽阔视野和现代创新管理理念，掌握公

共管理应用技能，能够有效地分析和解决实际问题，在政府、文化、科技、环境保护、社会保障、金融、

电信、军工等行业领域，从事高级文秘、组织管理、决策咨询、执行监控、营销沟通、项目开发等，具有

责任意识和服务精神的复合型、应用型高级管理人才。

三、培养要求

本专业学生主要学习现代管理科学等方面的基本理论和知识，接受公共管理技术和方法的培养和训练，

掌握各项公共事业管理的基本知识，能够胜任各类公共组织的管理工作。


1.系统地掌握公共管理专业的基础理论知识，形成适合自身特点的概念框架，了解公共管理的理论前

沿和发展动态；

2.熟悉我国有关公共管理法律法规、方针政策，认识和了解我国公共事业管理领域改革和发展现状，

结合自身兴趣对其中某一行业进行钻研；

3.具备在各类公共组织进行规划、组织、协调、沟通、决策的基本管理能力，掌握管理新的过程与方

法；

4.掌握公共管理定性与定量研究方法，具备初步的社会科学研究能力，掌握自主学习的要领与方法。

5.掌握数字化和网络化的现代办公技能，具有较强的应用写作和文字处理能力；

6.具备较强的沟通表达能力和职业伦理认知。







488

主干学科：公共管理、公共事业管理

交叉学科：政治学、经济学、社会学


公共管理学、公共事业管理概论、公共经济学、社会调查理论与方法、地方政府与行政、管理信息系

统、公共政策分析、非政府组织管理、电子政务、社会保障概论、环境与资源管理、科技管理、公共项目

管理


军事训练、工程技术实习、科研训练、专业课程实践、学年论文、认识实习、毕业实习和毕业论文等。





489

Public Affairs ManagementⅠ. Introduction

Public Affairs Management was established in 2000. It is among the earliest establishment of the program in

China. Currently, this major has been one of the influential teaching and scientific research bases in Eastern China.

It has become the model of many universities. And its graduates are highly praised by employers.

The major has bachelor program of Public Affairs Management and master program of Master Public

Administration (MPA). 85% of the teachers have Ph.D. degree. Teachers have hosted dozens of national and

provincial research projects, and have published hundreds of high-level academic papers. We emphasize the

impartation of theoretical knowledge and method of modern public administration, especially the impartation of

knowledge of government administration and of public administration in the field of culture, science and

technology, education, environmental protection and social security. We attach great importance to research and

internationalization. We aim to improve students’ ability in solving practical issues concerning public

administration and to cultivate practical ability with a creative mind and a sense of responsibility for public sector

management.

We cultivate senior management talents for the following departments: administrative departments of

governments at all levels and of industry, non-governmental public sector, administrative departments of public

enterprises, enterprises and social organization.

Ⅱ. Objectives

This program aims to cultivate interdisciplinary and application-oriented talents who master the systematic

theory and method of modern public administration, have the ability to apply the knowledge, to identify and

analyze issues concerning public administration against the global economy based on market and knowledge,

have the knowledge of economics, management, law and have public administration skills to serve in the public

institutions.

Ⅲ.Requirements

Students in this major are required to acquire the basic theory of modern management, to master public

management techniques and methods, and to grasp the basic knowledge so as to be capable of any management

work of all kinds of public organizations.

Graduates should gain knowledge and ability in the following aspects:

1. Grasp the basic theory and principles of management, form a conceptual framework, and get some

knowledge of the frontiers of public management ;

2. Be familiar with the laws, regulations and policies related to public management . Have an understanding

of reform and development in the field. Dig into one program according to your own interest;

3. Be equipped with the ability of planning, organization, coordination, communication, and

decision-making;

4. Master the qualitative and quantitative approaches, be capable of doing some social research and grasp

the point and method of learning;

5. Grasp basic office skills, be capable of practical writing and word processing;

6. Be good at communication and have professional ethics cognition.


490






Leading Discipline: public administration

Interdisciplinary Subjects: management, science of administration, economics, politics, sociology, law

Ⅵ. Core courses

Public Management, General Introduction to the Management of Social Public Affairs, Public Administration;

Public Economics; Managerial Economics, Applied Statistics; Quantitative Analysis for Management;

Management Psychology, Leadership; Human Resource Management of public sector; Comparison of Chinese

and Foreign Civil Service System; Public Policy Analysis; Public Relations; Public Organization Theory; Constitution

and Administrative Law; Management of NGO, Public Finance, Quality Assessment of Administrative Staff,

E-government; Introduction to Social Security, Economics of Environment and Resources; Introduction to Science

& Technology Management; Cultural Industry and Management


Practical training includes military training, specialty practice, social survey, term paper, cognition practice,

graduation practice and graduation paper etc.






491

公共事业管理专业教学计划进程表Table of Teaching Plan for Major of Public Affairs management

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E(Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E(Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E(Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E(Ⅳ) 1 32 4 1 021



2 24 8 2 019



11023302 高等数学‖Calculus 4 64 4 013

15043604 公共经济学‖Public Economics 3 48 3 015

15028101 管理学‖Principles of Management 2 32 2 015


3 32 16 3 007

15042601 科学技术史‖History of Science and Technology 2 32 2 015



3 48 3 015






15021903公共关系学与礼仪 ‖ Public Relation andEtiquette

3 48 3 015

15065701公共管理案例讨论与分析 ‖ PublicManagement Discussion and Analysis

2 28 4 2 015

15041303 公共管理学★‖Public Administration★ 3 48 3 015

15065301公共管理研究方法‖ Research Methods inPublic Administration

2 32 2 015


492

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


15035801公共事业管理概论 ‖ Introduction to TheManagement of Public Utilities

3 48 3 015

15036001 公共政策分析★‖Public Policy Analysis★ 3 48 3 015

15042801 管理经济学‖Managerial Economics 3 48 3 015

15022201 管理心理学‖Management Psychology 3 48 3 015

07022501管理信息系统 ‖ Management InformationSystem

3 48 3 007

15024301 领导科学‖Science of Leadership 2 32 2 015

15050801 认识实习‖Cognitive Practice 2 80 2 015

15064801西方行政学说史 ‖ History of WeternAdministrative Theories

3 48 3 015

15030604宪法与行政法‖Constitution and AdministrativeLaw

3 48 3 015

15041502行政人员素质与能力测评‖Evaluation of theAdministrative Personnel Quality and Ability

2 16 16 2 015




15042701 应用统计‖Applied Statistics 3 42 6 3 015





15065201城市规划与管理 || Urban Planning andManagement

2 28 4 2 015

15023801地方政府与行政 ‖ Local Government andAdministration

2 32 2 015

15045901 电子政务‖E-Government Affairs 2 24 8 2 015

15043201非政府组织管理 ‖ Management ofNon-Governmental Organizations

2 32 2 015

15053301 公共项目管理‖Public Project Management 2 28 4 2 015

15065601环境与生态管理 ★ ‖ Eco-EnvironmentalManagement ★

3 48 3 015

15053801科技管理概论‖Management of Science andTechnology

2 32 2 015

15027301 社会保障概论‖Social Security 3 48 3 015

15036303中外公务员制度比较‖ Comparison of CivilService Systems in China and Foreign Countries

3 48 3 015



15025601创新与创业管理 ‖ Innovation andEntrepreneurial Management

2 28 4 2 015

15053401 公共危机管理‖Public Crisis Management 2 28 4 2 015

15065101公共组织理论与实践‖Theory and Practice ofPublic Organization

2 28 4 2 015

15065401 公益慈善事业管理‖Philanthropy Management 2 28 4 2 015

15020901 管理文秘‖Management Secretarial 2 26 6 2 015


15065001 批判性思维‖Critical Thinking 2 32 2 015

07027401人力资源开发与管理 ‖ Human ResourceDevelopment and Management

2 32 2 007

15053902 文化产业管理‖Cultural Industry Management 3 48 3 015

15025901社会统计软件 SPSS 使用‖ Social StatisticsSoftware Spss

2 16 16 2 015


493

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


15065501 新政治经济学‖Neo - Political Economy 2 32 2 015



20 282 38 4 2 6 4 4


2.课程名称标有“★”的课程为中文、全英文授课课程，标有“▼”的课程为全英文授课课程，其余课程均为中文授课课程.


南京理工大学材料科学与工程学院 2014本科专业介绍及教学计划进程表

494


495

材料科学与工程学院材料科学与工程学院可追溯至 1953 年哈尔滨军事工程学院建校时的金工金相教研室。1992 年成立材

料科学与工程系，2010 年成立材料科学与工程学院。目前，下设材料科学系、材料成型及控制工程系、材

料物理系、材料工程系、材料结构与性能测试中心、实验教学中心，以及材料评价与设计教育部工程研究

中心、大型构件焊接技术应用研究中心、纳米结构材料中心和纳米光电材料研究所。

学院师资力量雄厚。现有教授 25 人、副教授/副研究员 21 人、博导 22 人。其中，中国科学院院士 1

人、中组部“千人计划”1人、国家“杰青”1人、国家“优青”1 人、教育部新世纪人才 3 人、江苏省“双

创”人才 2 人、江苏省特聘教授 1人、江苏省“333”工程人才 5 人、江苏省“青蓝工程”人才 7 人。具有

海外留学经历的教师比例约 60%，博士化率近 90%。

“材料科学与工程”是国家特色专业和江苏省品牌专业，“材料成型及控制工程”是江苏省特色专业，

“纳米材料与技术”是教育部首批战略性新兴产业专业。包括“材料物理”在内的全部四个专业都获得材

料科学类江苏省“十二五”重点专业类立项建设。拥有国家级工程实践教育中心 1 个、江苏省工程实践教

育中心 3个，出版高等教育材料科学与工程“十二五”规划教材 14 部、专著 6部，教育部精品视频公开课

1 门。

“材料学”是国家重点学科，“材料科学与工程”是江苏省一级重点学科、工业和信息化部两化融合

类重点学科，并进入江苏高校优势学科建设工程。材料科学与工程学科设有博士后流动工作站，包括材料

学、材料物理与化学、材料加工工程博士点和硕士点在内的一级学科博士、硕士学位授予权，材料工程具

有工程硕士学位培养和授予权。2011 年和 2013 年获江苏省“创新团队”2 个；2012 年，先进微纳米材料

及装备协同创新中心被批准为江苏省首批立项建设的协同创新中心；2013 年，“微纳米材料与装备引智基

地”入选教育部、国家外国专家局“高等学校学科创新引智计划”。

学院以国际科学前沿、国家战略需求和服务地方经济为导向，承担了 973、863、国家自然科学重点基

金、国家重大专项、教育部重点项目、江苏省重大成果转化等高层次科研项目，“十二五”期间获国家技

术发明二等奖 1 项、教育部技术发明一等奖 1项、江苏省科学技术奖一等奖 2项。在《Science》、《Nature

Communication》、《Angewandte Chemie》、《Advanced Materials》、《Acta Materialia》等国际顶级学术期

刊上发表多篇高水平论文。有多位教师在国际学术期刊和学术团体兼职。材料结构与性能测试中心拥有三

维原子探针、氦离子显微镜、聚焦离子双束、300 千伏球差透射电镜等世界一流的实验仪器与设备，为师

生科研提供支撑。

“十二五”期间，学院先后主办 NANOSPD5 等国际会议 11 次，长期与美国橡树岭国家实验室、俄罗斯

鲍曼技术大学、新加坡国立大学等科研院所开展教师互派、学生交流等多方位合作，接纳法国、俄罗斯、

巴基斯坦等国家留学生。

新时期，学院继续秉承“诚信、严谨、挑战、创新”的精神，致力于培养具有国际视野和创新精神，

具备扎实理论基础和突出科研能力的复合型优秀人才，为国家发展和民族振兴作出贡献。


496

School of Materials Science and Engineering

School of Materials Science and Engineering dates back to Heat Treatment Section in 1953, Department of

Materials Science and Engineering in 1992, School of Materials Science and Engineering in 2010. The School has 4

departments and 6 centers, including Department of Materials Science, Department of Materials Forming and

Control Engineering, Department of Materials Physics, Department of Materials Engineering, Material Structure

and Performance Test Center, Experimental Teaching Center, Engineering Research Center of Materials Behavior

and Design Ministry of Education, Large Structure Welding Technology Application Research Center, Nano

Structural Materials Center and Optoelectronic Nanomaterials Center.

The School has 77 faculty and staff, of whom there are 25 professors, 21 associate professors and associate

research fellows (22 doctoral supervisors), 60% having overseas experiences and 90% having Ph. D. degree. They

have been awarded by national and provincial honors, including 1 academician of Chinese Academy of Sciences,

1 National Thousand Talents Plan, 1 National Natural Science Foundation of China (NSFC) for Distinguished Young

Scholars, 1 NSFC Excellent Young Scientist Fellowship, 3 Program for New Century Excellent Talents in University,

2 Shuangchuang Talents Plan of Jiangsu province, 1 Distinguished Professor of Jiangsu Province, 5 Jiangsu “333”

High-level Cultivation Program, and 7 Jiangsu Provincial Innovative Program.

Materials Science and Engineering is both a national key major and a provincial key major. Materials Forming

and Control Engineering is a provincial key major. Nano Materials and Technology is one of the majors first

approved by the Ministry of Education in China oriented to national strategic emerging industries. All the four

majors including Materials Physics, belong to the provincial key major-class of materials science. The School has 1

national engineering education center and 3 provincial engineering experimental centers. 20 textbooks and

monographs have been published and 1 national key open course has been approved by the Ministry of

Education in China.

Materials Science is a national key discipline and Materials Science and Engineering is a provincial key

discipline. The School offers bachelor, master and doctor degree, and also provides post-doctoral program. 2

research groups were awarded Innovation Team by Jiangsu Province in 2011 and 2013. Collaborative Innovation

Center of Advanced Micro-nano Materials and Equipment was first approved by Jiangsu Province in 2012. Base of

Micro-nano Materials and Equipment has been selected by the Ministry of Education and Bureau of Foreign

Experts Affairs as Talent Introduction Plan in discipline innovation of colleges and universities.

The School has developed several influential academic research fields, cultivated distinguished academic

leaders, and formed research teams with high reputation. The School has undertaken projects supported by the

Key Project of Chinese National Programs for Fundamental Research and Development (973 Program), National

High-tech Research and Development Projects (863), and National Natural Science Foundation of China. The

School has won plenty of national and provincial awards, including 1 Second Prize of National Technological

Invention Award, 1 First Prize of Technological Invention awarded by the Ministry of Education and 2 First Prize of

Provincial Science and Technology Award. The faculty has published academic papers in prestigious journals like

Science, Nature Communications, Angewandte Chemie, Advanced Materials, Acta Materials, and so on. Materials

Structure and Performance Test Center now has excellent facilities which include Three Dimensional Atom Probe,

Helium Ion Microscopy, Focused Ion Beam, 300 KV Aberration-corrected High Resolution Transmission Electron


497

Microscope, and so on.

The School has extensive international collaborations which include University of Singapore, Oak Ridge

National Laboratory of the United States, Bauman Moscow State Technical University, and so on. There is an

increasing number of exchange students and visiting scholars from France, Russia and Pakistan at the School.

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498

材料科学与工程

一、专业介绍

本专业是江苏省首批品牌专业，支撑学科具有博士、硕士学位授予权，设有博士后流动工作站；本专

业所在学科“材料学”为国家级重点学科，“材料科学与技术”为江苏省重中之重学科，“材料科学与工

程”是江苏省一级重点学科和工业和信息化部两化融合类重点学科。

本专业下设金属材料工程、无机非金属材料工程、材料加工工程三个专业方向，以高性能材料的基础

研究和应用开发研究为基础，整体面向材料的四要素（成分/结构、制备/合成、性能和使用效能），坚持“厚

基础，宽口径，重能力，高素质”培养原则，满足市场对“基础理论扎实、创新意识强、适应面广、具有

国际化视野”人才的需求。

二、培养目标

本专业围绕国家重点战略性产业发展对高素质人才的需求，培养具备较宽的基础知识，能在新材料的

制备、加工成形、材料结构与性能等领域从事科学研究与教学、技术开发、工艺和设备设计、技术改造及

经营管理等方面工作，适应社会经济发展的高层次、高素质和国际视野的研究应用型专门人才。

三、培养要求

本专业学生主要学习材料科学与工程的基础理论，学习与掌握材料的制备、加工、组成、组织结构与

性能之间关系的基本规律。受到金属材料、无机非金属材料、复合材料等各种先进材料的制备、加工、性

能分析与检测技能的基本训练。掌握材料设计和制备工艺设计、提高材料性能和产品质量、开发研究新材

料和新工艺方面的基本能力。



2．具有从事专业工作所需的相关数学、自然科学以及经济和管理知识；

3．掌握专业基础知识和基本理论，具有系统的实践学习经历；了解本专业的前沿发展现状和趋势；

4．具备设计和实施专业实验的能力，并能够对实验结果进行分析；




7．了解与专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展等方面的方针、

政策和法津、法规，能正确认识工程对于客观世界和社会的影响；



10．具有国际视野和跨文化的交流、竞争与合作能力。








499

交叉学科：物理学、化学


材料物理化学、分析化学、传输原理、材料物理性能、工程力学、材料力学行为、材料成形原理、材

料研究方法、材料科学基础、材料物理基础、材料科学实验。


军事训练、专业实验、金工实习、材料工程综合训练、毕业实习、课程设计、毕业设计（论文）等。





500

Materials Science and Engineering

Ⅰ. IntroductionMaterials Science and Engineering is one of the earliest provincial key majors in Jiangsu. The major covers

the following 3 research areas: metal materials engineering, inorganic nonmetallic materials engineering and

materials processing engineering. Based on the fundamental research, application and development of high

performance materials, the major focuses on the four elements (ingredients/structure, preparation/synthesis,

performance and application) in materials. The major sticks to the cultivating principles of solid foundation,

international vision, comprehensive ability and high quality.

Ⅱ. ObjectivesThe major aims to cultivate students to be familiar with the knowledge of structure, properties, design,

manufacture, and use of all classes of materials, and with energy, environmental, health, economic, and

manufacturing issues relating to materials. The students are required to develop a solid foundation in the

fundamentals, methods and tools of the field, and gain a mastery of state-of-the-art methods of materials design,

processing, analysis. The graduates will be in high demand by industry and government for jobs in research,

development, production, and management, and they will be prepared to function knowledgeably, competitively

and responsibly in a global professional environment.

Ⅲ. Requirements

Students are expected to learn the basic theories of materials science and engineering, and understand the

fundamental laws of the relationship in materials synthesis, processing, constitution, structure and performance.

They are required to master the basic skills of preparation, processing and performance analysis and detection of

all kinds of advanced materials such as metal materials, inorganic nonmetallic materials and composite materials.

They are supposed to have the abilities to perform materials design, preparation processing design, to improve

the materials performance and the quality of products, and to develop and research new materials and crafts.


1. Have awareness of humanities, social responsibility and occupation morality

2. Have the required knowledge of mathematics, natural science and economic management

3. Have solid fundamental knowledge of materials science and engineering; have the systematic study

experience of materials science and engineering; understand state-of-art and development trend of the discipline

4. Obtain in-depth expertise and basic skills in materials science and engineering to analyze experimental

results


for new material and products

6. Master the basic methods of retrieving and information query




environment protection, occupational health and sense of service

8. Maintain capabilities of organization and management, people skill, and team working


501



internationally






Leading Disciplines: Materials science and engineering

Interdisciplinary Subjects: Physics, Chemistry

Ⅵ. Core courses

Physical Chemistry of Materials, Analytical Chemistry, Transmission Theory, Physical Properties of Materials,

Engineering Mechanics, Mechanical Behavior of Materials, Forming Principle of Materials, Research Methods of

Materials, Fundamentals of Materials Science, Solid-State Physics, Experiment of Material Science, etc.


Military training, Specialized experiment, Metalworking practice, Comprehensive training in material

engineering, Production practice, Course design, Graduation design (thesis), etc.






502

材料科学与工程专业教学计划进程表Table of Teaching Plan for Major of Materials Science and Engineering

课程编号


Course Name学分

Credit

课内学时


开课学

院代码

School

Code讲课

Lecture

实践














3 32 16 3 019

15045303


论‖Outline to Mao Zedong Thought and TheTheoretical System of Socialist with ChineseCharacteristics

6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P. E. (Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P. E. (Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P. E. (Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P. E. (Ⅳ) 1 32 4 1 021



2 24 8 2 019








1.5 24 1.5 013

11220904大学物理实验（Ⅱ）‖Experiments in CollegePhysics (Ⅱ)

1.5 24 1.5 013

03022506 分析化学‖Analytical Chemitry 2.5 24 16 2.5 003

11123301 高等数学（Ⅰ）‖Calculus (Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus (Ⅱ) 6 96 6 013





16030804材料成形技术基础‖Basis of Materials FormingTechnique

3 42 6 3 016

16030001材料工程综合训练＊‖Comprehensive Trainingon Materials Engineering＊

4 160 4 016

16121203 材料科学基础（Ⅰ）‖Fundamentals of Material 1.5 24 1.5 016


503

课程编号


Course Name学分

Credit

课内学时


开课学

院代码

School

Code讲课

Lecture

实践


Science (Ⅰ)

16221203材料科学基础（Ⅱ）‖Fundamentals of MaterialScience (Ⅱ)

4 64 4 016

16021302材料科学基础实验＊‖FundamentalExperiment of Material Science＊

2 32 2 016

16033201材料科学与工程导论★＊‖Introduction toMaterials Science and Engineering★＊

1 16 1 016

16031001 材料力学行为‖Mechanical Behavior ofMaterials

3 40 8 3 016

16133203材料物理化学（Ⅰ）‖Physical Chemistry ofMaterials (Ⅰ)

3 40 8 3 016

16233203材料物理化学（Ⅱ）‖Physical Chemistry ofMaterials (Ⅱ)

2 24 8 2 016

16021701 材料物理性能‖Physical Properties of Materials 2 32 2 016

16026701材料研究方法‖Analysis Methods in MaterialsScience

4 48 16 4 016

16026603 传输原理‖Principles of Transfer Process 2.5 40 2.5 016


11023801 工程力学‖Engineering Mechanics 3 44 4 3 013


01024101机械设计基础‖Fundamentals of MechanicalDesign

3 44 4 3 001


必修课程·专业方向课【除公共部分外，任选一个方向修读】




16031301材料表面工程‖Surface Engineering ofMaterials

Ⅰ

2 26 6 2 016

16028902 粉末冶金‖Powder Metallurgy 2 28 4 2 016

16022601 复合材料★‖Composite Materials★ 2 30 2 2 016

16038101结构与功能金属材料‖Structural andFunctional Metal Materials

4 58 6 4 016

16024104 金属热加工工艺‖Metal Heat Processing 3 44 4 3 016

16033502热处理原理与工艺‖Principles andTechnology of Heat Processing

3 42 6 3 016

16033902 半导体物理‖Semiconductor Physics

Ⅱ

2 30 2 2 016

16033802 电子陶瓷‖Electroceramics 2 30 2 2 016

16033803陶瓷与耐火材料‖Ceramics andRefractory Materials

2 32 016

16033702无机材料学基础‖Fundamentals ofInorganic Materials Science

2 32 2 016

16038601无机非金属材料工艺课程设计‖

Inorganic Materials Technology CurriculumDesign

1 40 1 016

16038401无机非金属材料工艺设计概论‖

Introduction to Inorganic Materials ProcessDesign

1 16 1 016

16030704无机非金属材料工艺学‖Processing ofInorganic Materials

2.5 40 2.5 016

16038201无机非金属材料综合实验‖

Comprehensive Experimental of InorganicMaterials

2 80 2 016

16034002无机生态材料‖Inorganic EcologicalMaterials

1.5 24 1.5 016

16036502材料加工工艺设计‖Materials ProcessingDesign

Ⅲ 1 40 1 016


504

课程编号


Course Name学分

Credit

课内学时


开课学

院代码

School

Code讲课

Lecture

实践


16030404材料加工设备‖Equipment of MaterialsProcessing

2 30 2 2 016

16039201材料加工专业综合实验‖MaterialProcessing Comprehensive Experiment

1 40 1 016

16022805工程材料与热处理‖Engineering Materialand Heat Treatment

2 30 2 2 016

16034702 合金及熔炼‖Alloy and Melting 3 44 4 3 016

16032202模具设计与制造‖Design andManufacturing of Molds

Ⅲ

2 30 2 2 016

16034802塑性成形工艺学‖Metal Plastic FormingTechnology

3 46 2 3 016

16028702 铸造工艺学‖Foundry Technology 2 30 2 2 016



16035801薄膜材料与技术‖Thin Film Materials andTechnology

2 28 4 2 016

16034402材料工程数值模拟技术‖Computer Modelingin Materials Engineering

2 28 4 2 016

16036601 材料失效分析‖Failure Analysis of Material 2 32 2 016

16022001 材料制备技术‖Materials Preparation 2 32 2 016

16036501电池材料与技术‖Battery Materials andTechnology

2 30 2 2 016

03029401高分子材料导论‖Introduction toMacromolecular Materials

2 32 2 003

16027301 功能材料‖Functional Materials 2 32 2 016

16034501教授授课研讨式课程＊‖Seminar on MaterialsScience and Engineering＊

1 16 1 016

16034102热工实验技术‖Thermal-EngineeringExperiment

2.5 30 10 2.5 016

16029401 生物材料‖Biomaterials 2 30 2 2 016

16031801 实验设计‖Design of Experiment 2 28 4 2 016

16033601特种加工原理与技术‖Principles andTechniques of Special Processing

2 30 2 2 016

16030501学科前沿系列讲座＊‖Lectures on Frontiers ofMaterials Science and Engineering ＊

1 16 1 016

16038501专业科技写作＊‖Professional TechnicalWriting＊

1 16 1 016


Group I：Compulsory Courses Total152 1716 1464 22.5 22 24 21.5 16.5 21.5 8 16


Group II：Compulsory Courses Total152 1692 1560 22.5 22 24 21.5 16.5 20 9.5 16


Group III：Compulsory Courses Total152 1698 1530 22.5 22 24 21.5 17.5 18.5 10 16


25.5 380 28 2 5.5 6 12





2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese .


505

材料成型及控制工程

一、专业介绍

1985 年成立焊接工艺及设备专业，2000 年更名材料成型及控制工程，1996 年获硕士学位授权，2000

年获博士点授权。近 30 年来，已培养本科生 1000 余名、硕士博士生 160 余名、在读博士 24 名、在读硕士

近 60 名。本专业焊接团队自 1999 年连续评为南京理工大学优秀课题组，2007 年获国防科技工业“工艺工

作创新团队先进集体”，2012 年获江苏省教育厅青蓝工程创新团队，建立了国防科技工业大型构件焊接技

术应用研究中心，成为国防工业体系焊接技术的主体支撑单位。近年获国家技术发明二等奖 1项、国防科

技二等奖 2 项、兵器科技二等奖 4项、国防科技三等奖 3 项、江苏省科技三等奖 3 项；拥有国家技术发明

专利 63 件（含授权 29 件），发表论文 200 余篇，其中 SCI、EI 收录 100 余篇。近 10 年获总装项目 15 项、

国防基础科研 6 项、国防技术基础 4 项、国防 973（参加）1 项、国家自然基金 2 项、国家 04 专项 3 项（参

加）、江苏成果转化 6 项、江苏高新（支撑）5项、兵器技术开发项目 2 项，科研经费 1 亿余元；研究并应

用解决了包括国家高新工程等一系列应用基础和工程应用瓶颈技术和难题，为兵器、高档装备、航空、新

能源、新材料、电子、船舶、承压容器等领域提供了多项关键工艺、技术和装备，本专业焊接团队已发展

成为特色鲜明、国内影响力快速上升的国内知名、国防著名的特色团队，在国内尤其是国防和江苏具有明

显的专业优势。

材料成型及控制工程专业是材料科学与工程学科、机械工程学科的交叉性专业，专业内容涉及先进制

造技术和新材料技术，学科知识覆盖面宽，要求高，是工科院校重要的基础型制造类专业，也是现代工业

最为重要的应用型学科之一。其专业基础主要由材料类课程、机械工程类课程、电力电子与自动控制类课

程及计算类课程组成。本专业重点培养学生的工艺规划设计和试验研究能力；机电气液一体化新型装备分

析、设计与研制能力；材料组织性能分析研究能力等，特别重视实际动手、创新等综合能力的锻炼和培养.

本专业毕业生就业适应面广泛，主要面向航空、航天、兵器、船舶、新能源、汽车、电子、微电子、

轨道交通、仪器仪表、压力容器、石化海工、建筑等制造领域。

二、培养目标

本专业培养的学生应具备先进制造、材料工程和控制工程等领域宽厚的基础理论知识、技术应用和创

新能力，能胜任结构设计、成型加工工艺、过程自动控制及智能化、性能及质量检测与控制、试验研究、

技术管理和经营等方面工作，以满足社会经济发展对高层次、高素质和国际视野的研究和应用复合型专门

人才的需求。本专业采用卓越工程师教育培养模式，加强实践环节的教育培养，主要培养两个方向：焊接

方向和检测方向。

三、培养要求

本专业学生主要学习材料科学、机械制造和控制工程等基础理论与知识，接受现代材料科学、先进制

造与机械工程师的基本训练，具有从事各类成型加工先进工艺技术的开发和试验研究工作的能力，具有电

源设备、热加工结构与各类工装设计的能力，具有技术与生产管理的基本能力。


1.具有较好的人文社会科学素养、较强的社会责任感和良好的工程职业道德，追求卓越的态度、爱国

敬业和艰苦奋斗的精神；

2.具有从事材料成型及控制工程专业工作所需的相关数学、自然科学以及经济和管理知识；

3.掌握扎实的工程基础知识和材料成型及控制工程专业的基本理论，具有系统的工程实践学习经历；


506

了解本专业的前沿发展现状和趋势；

4.具备分析、设计和实施材料成型及控制工程实验的能力，能够解决工程实际问题和参与生产及运作

系统的设计，并具有运行和维护能力；

5.掌握基本的创新方法，具有追求创新的态度和意识；具有综合运用理论和技术手段对产品、系统和

过程进行设计、改进和创新的能力，设计过程中能够综合考虑经济、环境、法律、安全、健康、伦理等制

约因素；

6.掌握文献检索、资料查询及运用现代信息技术获取相关信息的基本方法，对终身学习有正确认识，

具有信息获取、不断学习和职业发展学习能力；

7.了解与材料成型及控制工程专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续

发展等方面的标准、方针、政策和法津、法规，能正确认识工程对于客观世界和社会的影响；

8.具有较好的组织管理能力、表达能力和人际交往能力以及在团队中发挥作用的能力；

9.具有良好的质量、安全、效益、环境、职业健康的服务意识；

10.具有应对危机与突发事件的初步能力；







主干学科：材料科学与工程、机械工程

交叉学科：电力电子


工程图形学、工程力学基础、机械设计基础、机械制造基础、材料结构与相变、材料成型原理、材料力

学行为、金属材料与热处理、热加工工艺基础、电工学、模拟与数字电路、微机原理及应用、材料加工测量

与控制工程基础、成形与焊接结构、现代焊接方法、检测技术、材料加工电源及控制、热加工机电一体化技

术及设备等。


军事训练、机械和电子课程设计、模拟与数字电路综合实验、材料成形与焊接构件组织与性能检测综

合实践、金属工艺实习、专业综合实践、专业企业实践、焊接机器人系统操作与应用企业实践、国际焊接

工程师证书培训、（卓越工程师）生产实习、毕业设计（论文）等。





507

Materials Forming and Control EngineeringⅠ. IntroductionThe major of welding technology and equipment was established in 1985, and was changed to material

forming and control engineering in 2000. It has bachelor, master and doctorate programs. The welding team has

won the prize of outstanding research group in the university since 1999. In 2007 it was honored innovation

advanced team of process and technology by national defense science and technology industry. In 2012 it was

awarded the QingLan engineering innovation team of Education Department of Jiangsu Province. The welding

application of technology center of national defense science and technology industry large structural center was

established and it became the main support unit of welding technology of national defense system.

The major has won many honors, such as second prize of state technological invention 1 time, second prize of

national defense science and technology 2 times, second prize of weapons technology 4 times, second prize of

national defense science and technology 3 times, third prize of science and technology of Jiangsu province 3 times.

It had 63 pieces of state technological invention patents (including authorized 29), published over 200 academic

papers, in which SCI, EI included over 100 articles. It has achieved 15 projects of Chinese PLA General Armament

Department, 6 national defense basic researches, 4 national defense technology bases, 2 national natural science

foundations, 3 “National Science and Technology Major Project”, 6 Jiangsu achievement transformation projects, 5

Jiangsu high-tech achievement transformations, 2 national weapon technology development projects. The research

fund reaches 100 million RMB. It has solved a series of problems of application basis and application technology in

the national high-tech project. It provides a number of key techniques, technology and equipment for many fields

of weapons, high-end equipment, aerospace, new energy, new materials, electronics, shipbuilding, pressure vessel.

Material Forming and Control Engineering is a cross-disciplinary of mechanical engineering and materials

science and engineering. The major covers a variety of knowledge with manufacturing specialty in engineering

colleges. It is one of the most important application-oriented disciplines of modern industry. Students are required

to obtain knowledge of materials, mechanical engineering, power electronics and automatic control, computing.

The major aims at cultivating students with comprehensive abilities of practical exercise, innovation process

planning, designing and experimental research, electromechanical gas-liquid integration of new equipment analysis,

designing and development, and analysis of materials organization performance.

Graduates are expected to engage in manufacturing aerospace, weapons, ships, new energy, automobile,

electronics, microelectronics, rail transportation, instruments, pressure vessel, petrochemical, marine, construction

in research institutes, universities and high-tech enterprises.

Ⅱ. ObjectivesStudents are required to obtain basic theoretical knowledge of advanced manufacturing, material engineering

and control engineering. They are expected to have the ability of technology application and innovation, structure

design, processing technology, automatic control and intelligentization, performance and quality detection and

control, experimental research, technology management. It aims at cultivating comprehensive talents with

international perspective.

Ⅲ. Requirements

Students are required to acquire the basic knowledge of materials science, mechanical manufacturing and


508

controlling, and training of modern materials science, advanced manufacturing and mechanical engineering.

Students are expected to engage in advanced molding process technology development and testing, power

equipment, thermal processing structure and tooling designing, basic technical management and production

management.



engineering ethics

2. Master knowledge of material forming and control engineering, mathematics, other related natural science

and certain knowledge of economics and management

3. Master techniques and skills in material forming and control engineering; Understand state-of-art and

development trend of the discipline

4. Be familiar with the analysis, design and implementation capacity of material forming and control

engineering experiment; be able to solve practical engineering problems; participate in the work of design and

operation of production systems, and of operation and maintenances



protection and sustainable development

6. Master the basic methods of retrieving and information query; have self-learning ability and social

adaptability





nature and society


9. Have consciousness of service, quality, safety, efficiency, environment, occupation health

10. Have abilities to respond to crises and emergencies of material forming and control engineering

11. Have abilities to communicate, compete and collaborate internationally






Leading Discipline: Materials Science and Engineering; Mechanical Engineering

Interdisciplinary Subjects: Power Electronics

Ⅵ. Core courses

Engineering Graphics, Engineering Mechanics, Mechanical Design, Mechanical Manufacturing Base, Materials

Structure and Phase Change, Materials Forming Principle, Mechanical Behavior of Materials, Metal Materials and


509

Heat Treatment, Thermal Processing Technology Foundation, Electrical Engineering, Analog and Digital Circuits,

Computer Theory and Applications, Materials Processing Measurement and Control Engineering, Testing Technology,

Thermal Processing Mechatronics Technology and Equipment.


Military training, Specialized experiment, Metalworking practice, Comprehensive training in material

engineering, Production practice, Course design, Graduation design (thesis), etc.






510

材料成型及控制工程专业教学计划进程表Table of Teaching Plan for Major of Materials Forming and Control Engineering

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303


论‖ Outline to Mao Zedong Thought and TheTheoretical System of Socialist with ChineseCharacteristics

6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P. E. (Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P. E. (Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P. E. (Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P. E. (Ⅳ) 1 32 4 1 021



2 24 8 2 019









1.5 24 1.5 013


1.5 24 1.5 013

11123301 高等数学（Ⅰ）‖Calculus (Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus (Ⅱ) 6 96 6 013

05121704 工程图形学（Ⅰ）‖Engineering Graphics (Ⅰ) 3 48 3 001

05221704 工程图形学（Ⅱ）‖Engineering Graphics (Ⅱ) 2.5 28 12 2.5 001




16030804材料成形技术基础‖Basis of Materials FormingTechnique

3 42 6 3 016

16027901材料加工测量与控制工程基础‖Fundamentalsof Material Processing, Measurement andControl

4 58 6 4 016


511

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


16033201材料科学与工程导论 ★ ‖ Introduction toMaterials Science and Engineering★

1 16 1 016



16072201机械工程材料基础 ★ ‖ Basic MechanicalEngineering Materials★

1.5 24 1.5 016


3 44 4 3 001

01024202机械设计基础课程设计‖ Course Design ofMechanical Design Fundamentals

2 80 2 001

16024103金属材料与热处理‖Heat Processing of MetalMaterials

3 44 4 3 016


16072101 金属学原理‖Principles of Metal 4 64 4 016


2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004

01044001软件技术基础 ‖ Fundamentals of SoftwareTechnology

2 32 2 001

01028203微机原理及应用‖Microcomputer Principlesand Application

3 40 8 3 001

16072301现代制造技术基础★‖Foundation of ModernManufacturing Technology★

2 32 2 016

16130201专业综合实践（ Ⅰ ） ‖ ProfessionalComprehensive Practice (Ⅰ)

3 120 3 016

16230201专业综合实践（ Ⅱ ） ‖ ProfessionalComprehensive Practice (Ⅱ)

2 80 2 016



16025802 毕业实习＊‖Graduation Practice＊

Ⅰ

3 120 3 016


16030403材料加工电源、设备及控制‖MaterialsMachinery Control Technology

2.5 34 6 2.5 016

16035902成型与焊接结构‖Forming and WeldingStructure

2 28 4 2 016

16035401电弧物理与现代焊接方法‖Welding ArcPhysics and Modern Welding Methods

3 40 8 3 016

16035301非平衡组织综合实验＊‖Non-equilibriumMicrostructure ComprehensiveExperiments＊

2 80 2 016

16034604焊接原理与工艺学‖Welding Principlesand Technology

2.5 34 6 2.5 016


Ⅱ

3 120 3 016


16020504材料成型与焊接方法 ‖ Method ofMaterial Forming and Welding Process

2.5 40 2.5 016

16035301非平衡组织综合实验＊‖Non-equilibriumMicrostructure ComprehensiveExperiments＊

2 80 2 016

16036203加工过程检测与质量评估‖Testing andQuality Assessment of Processing

2 28 4 2 016

16035502热加工机电一体化技术及设备‖HotWorking Power Supply &Electromechanical Integration

2.5 32 8 2.5 016

16028602 无损检测‖Non-Destructive Testing 3 44 4 3 016


512

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



Ⅲ（卓工）

4 160 4 016


16035302

材料成形与焊接构件组织与性能检测综

合实践＊ ‖ Comprehensive Practice onMicrostructure and Performance ofMaterial Forming and Welding＊

4 160 4 016

16030403材料加工电源、设备及控制‖MaterialsMachinery Control Technology

2.5 34 6 2.5 016

16035902成型与焊接结构‖Forming and WeldingStructure

2 28 4 2 016

16035401电弧物理与现代焊接方法‖Welding ArcPhysics and Modern Welding Methods

3 40 8 3 016

16028202焊接机器人系统操作与应用企业实践‖

Operation of Welding Robot and Practicesof Business Application

4 160 4 016

16034604焊接原理与工艺学‖Welding Principlesand Technology

2.5 34 6 2.5 016

16030202专业企业实践 ‖ Professional BusinessPractices

2 80 2 016



16036201材料加工件质量检测‖Material WorkpieceQuality Testing

2 28 4 2 016


4 48 16 4 016

16028002高能束流加工及应用‖Power Beam ProcessingTechnique and Application

2.5 36 4 2.5 016

16035202焊接机器人技术综合实验‖Welding RobotTechnology Experiment

1.5 60 1.5 016

16028201 机器人应用技术‖Robot Application 2 28 4 2 016


1 16 1 016

16036102 金属制造与艺术‖Metal Fabrication and Arts 1 14 2 1 016

16024201 近代表面技术‖Advanced Surface Engineering 2 32 2 016

16027602可编程控制器原理及其在热加工中应用‖

Programmable Logical Controller Theory andApplication

2 28 4 2 016

16028403 微连接技术‖Microjoining Technology 2 28 4 2 016

16030501学科前沿系列讲座‖ Lectures on Frontiers ofMaterials Science and Engineering

1 16 1 016


Group I：Compulsory Courses Total152 1648 1748 26.5 23.5 25 15.5 19 17 9.5 16


Group II：Compulsory Courses Total152 1656 1740 26.5 23.5 25 15.5 19 17 9.5 16

方向III组:必修课程汇总

Group III：Compulsory Courses Total161 1648 2108 26.5 23.5 25 15.5 21 17 12.5 20


21 274 98 6.5 6 5 3.5


2.课程名称标有“★”的课程为中文、全英文授课课程，标有“▼”的课程为全英文授课课程，其余课程均为中文授课课程.

Notes: 1. Courses with “＊” are for summer semester. No. I, III, V, VII are for both summer and autumn semesters. No. II, IV, Ⅵ, Ⅷ are for spring semester.2. Courses with “★” are taught both in Chinese and English. Courses with “▼” are taught in English ，Other courses are taught in Chinese


513

材料物理

一、专业介绍

材料物理（光电功能材料）是 2009 年教育部批准的专业，并于 2010 年正式招生。本专业是材料科学

与凝聚态物理的交叉学科，注重理论与实验相结合，着眼于材料的光、电、磁等物理性能研究及其应用，

属于江苏省“十二五”高等学校重点专业，支撑具有博士、硕士学位授予权的“材料学”国家重点学科。

本专业紧密围绕当今世界材料微型化、功能化、智能化的发展方向，培养具有扎实凝聚态物理基础以及

新型光电功能材料探索研究能力的专门人才，面向光电信息功能材料及器件、半导体材料及器件、新能源

材料及器件、智能磁性材料及器件等国家新材料战略产业的用人需求。

二、培养目标

本专业围绕国家新材料战略产业发展对高素质人才的需求，培养具有扎实的光电功能材料理论基础，

掌握制备、检测和评价光电功能材料及器件、半导体材料及器件、微电子材料及器件的基本技能，能在光

电功能材料及其相关的领域从事研究、教学、科技开发及相关管理工作的高级专门人才。

三、培养要求

本专业学生主要学习材料科学方面的基本理论、基本知识和基本技能，接受科学思维与科学实验方面

的基本训练，具有运用物理和电子科学与技术的基础理论、基本知识和实验技能进行光电功能材料的研究

和技术开发的基本能力。


1．具有人文社会科学素养和社会责任感；

2．具有从事材料物理（光电功能材料）工作所需的相关数学、自然科学以及经济和管理知识；

3. 掌握光电功能材料、凝聚态物理、电子科学与技术等方面的基础理论知识；

4．掌握光电功能材料及元器件的设计、制备、检测、评价和应用等方面的原理和实验技能；

5．了解电子科学与技术等相关专业的一般原理和知识；

6．了解光电功能材料与元器件的理论前沿、应用前景和最新发展动态，以及产业发展状况；

7．掌握中外文资料查询、文献检索以及运用现代信息技术获取相关信息的基本方法；

8．具有设计实验、分析结果、撰写论文、参与学术交流的能力。

9. 具有不断学习和适应发展的能力；

10. 具有一定的组织管理能力、表达能力和人际交往能力。






主干学科：材料科学与工程；

交叉学科：物理学、电子科学与技术。


大学物理、材料科学基础、固体物理、材料物理化学、材料现代分析方法、材料物理性能、半导体物

理、半导体材料与器件、光电材料与器件、模拟电路和数字电路、纳米材料与应用、磁性材料、电子封装


514

材料与工艺、硅器件与集成电路原理、电池材料与技术等。


军事训练、金工实习、材料工程综合训练、光电功能材料实验、生产实习、毕业设计等。





515

Material PhysicsⅠ. IntroductionMaterial Physics (functional optoelectronic material) was approved in 2009 and started to enroll students in

2011. It is interdisciplinary of Materials Science and Condensed Matter Physics. The major offers bachelor, master

and doctor degree, and also provides post-doctoral program.

The major focuses on the development trend of the miniaturization, functionalization, and intelligentization of

material science. It covers various types of optical, electrical, magnetic materials, and their physical properties and

applications.

Ⅱ. ObjectivesStudents are required to master basic theory of photonic and electronic materials systematically, and have the

basic skills to prepare, test and evaluate the optoelectronic materials and devices, semiconductor materials and

devices. Graduates engage in research, teaching, technology development in photoelectric functional material, etc.

Ⅲ. Requirements

Students are required to know the fundamentals and skills of material science. They are expected to have

scientific mind to do research, and master the basic theory, knowledge and skills of optoelectronic materials.




3. Have solid fundamental knowledge of functional optoelectronic material, condensed matter physics and

electronic science and engineering

4. Obtain in-depth expertise and basic skills in design, preparation, test, evaluation, and application of

functional optoelectronic material

5. Have fundamental knowledge of electronic science and engineering

6. Know the frontiers of functional optoelectronic material and prospects of application


8. Have the abilities to design experiment, analyze the results and write academic paper, to communicate

internationally



Ⅳ. Length of learning & degree

Standard Duration: four years

Period of Study: Three to six years



Leading Disciplines: Materials Science and Engineering

Interdisciplinary Subjects: Physics, Electronic Science and Technology

Ⅵ. Core Courses

College Physics, Fundamental of Materials Science, Solid State Physics, Physical Chemistry in Materials,


516

Analytical Methods of Modern Materials, Physical Properties of Materials, The Physics of Semiconductors,

Semiconductor Materials and Devices, Optoelectronic Materials and Devices, Analog and Digital Circuits,

Nano-Materials and Applications, Magnetic Materials, Electronic Packaging and Materials Technology, Principle of

Silicon Devices and Integrated Circuits, Battery Materials and Technology and so on.


Military training, Metalworking practice, Comprehensive training of materials engineering, Experiments of

optoelectronic materials, Graduation design.






517

材料物理专业教学计划进程表Table of Teaching Plan for Major of Materials Physics

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E. (Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E. (Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E. (Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E. (Ⅳ) 1 32 4 1 021



2 24 8 2 019








1.5 24 1.5 013


1.5 24 1.5 013


11123301 高等数学（Ⅰ）‖Calculus (Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus (Ⅱ) 6 96 6 013





16033905半导体材料与器件★‖Semiconductor Materialand Device★

3 46 2 3 016

16033904 半导体物理★‖Semiconductor Physics★ 3 46 2 3 016


4 160 4 016

16121203 材料科学基础（Ⅰ）‖Fundamentals of Material 1.5 24 1.5 016


518

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


Science (Ⅰ)

16221203材料科学基础（Ⅱ）‖Fundamentals of MaterialScience (Ⅱ)

4 64 4 016

16033201材料科学与工程导论★＊‖ Introduction toMaterials Science and Engineering★＊

1 16 1 016

16133203材料物理化学（Ⅰ）‖Physical Chemistry ofMaterials (Ⅰ)

3 40 8 3 016

16233203材料物理化学（Ⅱ）‖Physical Chemistry ofMaterials (Ⅱ)

2 24 8 2 016



4 48 16 4 016


16023202功能材料制备工艺‖Preparation Technology ofFunctional Materials

2 30 2 2 016


16038701光电功能材料实验＊ ‖ OptoelectronicMaterials Experiment＊

2 32 2 016



2.5 40 2.5 004


2.5 40 2.5 004


2 80 2 004





16035803薄膜材料与技术‖ Thin Film Materials andTechnology

2.5 38 2 2.5 016

16023901电子封装材料与工艺‖Electronic Packaging andMaterials Technology

2 30 2 2 016

16023301光电子材料与器件‖Optoelectronic Materialsand Devices

3 44 4 3 016

16024301硅器件与集成电路原理‖Silicon Devices andPrinciples of Integrated Circuits

2.5 38 2 2.5 016

16023601 纳米材料与应用‖Nanomaterials & Application 2 32 2 016

16024701太阳电池原理及应用 ‖ Principle andApplication of Solar Cells

2.5 38 2 2.5 016



16036501电池材料与技术 ‖ Battery Materials andTechnology

2 30 2 2 016

16024801电化学分析方法‖ Electrochemistry AnalysisMethod

2 30 2 2 016

16033802 电子陶瓷‖Electroceramics 2 30 2 2 016


1 16 1 016


16033803陶瓷与耐火材料‖ Ceramics and RefractoryMaterials

2 32 2 016



1 16 1 016

16038501专业科技写作＊ ‖ Professional TechnicalWriting＊

1 16 1 016

必修课程汇总‖‖Compulsory Courses Total 151 1694 1518 22.5 22 24 21.5 14.5 19.5 11 16


519

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践



15 230 10 2 7 2 4






520

纳米材料与技术

一、专业介绍

纳米材料与技术专业是 2010 年教育部批准的首批新兴战略产业专业，并于 2011 年正式招生。支撑学

科具有博士、硕士学位授予权，设有博士后流动工作站；本专业所在学科“材料学”为国家级重点学科，

“材料科学与技术”为江苏省重中之重学科，“材料科学与工程”是江苏省一级重点学科和工业和信息化

部两化融合类重点学科。

本专业紧密围绕国家纳米产业对人才的需求，培养掌握半导体、光电子、微电子等元器件现代微纳米

加工技术的应用型专门人才。本专业采用“3+1”联合培养模式，其中前三年在南京理工大学学习理论课程，

后一年在苏州工业园、中国科学院苏州纳米技术与纳米仿生研究所等进行实践教学。

本专业建有纳米材料与技术工程实践教育中心，是南京理工大学与苏州工业园、中国科学院苏州纳米

技术与纳米仿生研究所三方共建江苏省高等学校实验教学示范中心。

二、培养目标

本专业培养具备包括元器件微纳米加工工艺、纳米材料等领域的科学与工程方面较宽的基础知识，能

在半导体、光电子、微电子等元器件微纳米加工工艺设计与开发、各种纳米材料的制备与表征等领域从事

科学研究、技术开发、教学以及管理等方面的工作，适应国家经济发展的高层次、高素质研究应用型专门

人才。

三、培养要求

本专业学生主要学习微纳米加工、纳米材料的基础理论知识，接受元器件微纳米加工工艺设计与开发、

纳米材料制备与表征等方面的基本训练，具备微纳米加工、工艺设计、器件开发、系统集成及应用的基本

能力。



2．具有从事现代微纳米加工领域工程工作所需的相关数学、自然科学以及经济和管理知识；

3．掌握现代微纳米加工领域工程基础知识和纳米材料与技术专业的基本理论知识，具有系统的工程实

践学习经历；了解纳米材料与技术专业的前沿发展现状和趋势；

4．具备现代微纳米加工领域设计和实施工程实验的能力，并能够对实验结果进行分析；

5．掌握现代微纳米加工技术领域基本的创新方法，具有追求创新的态度和意识；具有综合运用理论和

技术手段设计现代微纳米加工系统和过程的能力，设计过程中能够综合考虑经济、环境、法律、安全、健

康、伦理等制约因素；


7．了解与纳米材料与技术专业相关的职业和行业的生产、设计、研究与开发、环境保护和可持续发展

等方面的方针、政策和法津、法规，能正确认识工程对于客观世界和社会的影响；



10．具有国际视野和跨文化的交流、竞争与合作能力。




521





交叉学科：电子与通信技术


材料科学基础，材料物理化学，固体物理，材料物理性能，材料研究方法，半导体物理，半导体材料

与器件，光电子材料与器件，微纳米加工技术，纳米材料及制备


金属工艺实习，军事训练，纳米材料基础实验，认识实习，毕业实习，光电子器件综合实验，微纳米

加工综合实验，微纳米加工工艺课程设计，材料工程综合训练，毕业设计





522

Nano Materials and TechnologyⅠ. IntroductionNano Materials and Technology, one of the earliest emerging strategic industries approved by the Ministry of

Education of China in 2010, began to enroll students from 2011. Materials Science is a national key discipline and

Materials Science and Engineering is a provincial key discipline. The major offers bachelor, master and doctor

degree, and also provides post-doctoral program.

The major focuses on the requirements of talents, with micro-nano processing technology of semiconductor,

optoelectronics, and microelectronics, for the emerging strategic industries. The major adopts “3+1” pattern. For

the first 3 years students will learn the theoretical courses at the university and selective practice in Suzhou

Institute of Nano-tech and Nano-bionics, and Suzhou Industrial Zone in the 4th year.

Engineering Practice Center of Nano-Material and technology, a provincial experimental teaching

demonstration platform, was established by Nanjing University of Science and Technology, Suzhou Institute of

Nano-tech and Nano-bionics, and Suzhou Industrial Zone in 2011.

Ⅱ. ObjectivesThe major aims at cultivating highly qualified applied talents specialized in modern micro-nano processing

technology and nano materials. Students are required to master basic theory of micro-nano processing technology

and nano materials systematically, and have the basic skills to prepare, test and evaluate semiconductor materials,

nano materials and devices. Specialized talents engage in research, teaching, technology development in micro -

nano processing technology and nano materials, etc.

Ⅲ. Requirements

Students are expected to learn the basic theories of materials science and micro-nano processing technology,

and understand the fundamental laws in experiments of micro-nano processing technology and nano materials.

They are supposed to have the abilities to develop micro-nano processing technology and nano materials, to

improve the materials performance and the quality of products.




3. Have solid fundamental knowledge of nano materials and micro-nano processing technology; have the

systematic study experience of nano materials science and engineering; understand state-of-art and

development trend of the discipline

4. Obtain in-depth expertise and basic skills in nano materials and micro-nano processing technology to

analyze experimental results


for new material and products






523

environment protection, occupational health and sense of service




internationally






Leading Disciplines: Materials science and engineering

Interdisciplinary subjects: Electronics and Communication Technology

Ⅵ. Core courses

Fundamental of Materials Science, Mechanical Behavior of Materials, Physical Chemistry in Materials, Solid

State Physics, Physical Properties of Materials, Analytical Methods of Modern Materials, Physics of Semiconductors,

Semiconductor Materials and Devices, Optoelectronic Materials and Devices, Micro-Nano Processing Technology，Design of Mask, Nano-Materials and Preparation, Materials Failure Analysis


Military training, Metalworking practice, Experiments of nano materials, Cognition practice, Production

practice, Comprehensive training in photoelectronic device, Comprehensive training in micro-nano processing

technology, Micro-nano processing technology course design, Graduation design (thesis), etc.






524

纳米材料与技术专业教学计划进程表Table of Teaching Plan for Major of Nano Materials and Technology

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践














3 32 16 3 019

15045303



6 48 48 6 019


3 32 16 3 019

21120101 体育（Ⅰ）‖P.E. (Ⅰ) 1 32 4 1 021

21220101 体育（Ⅱ）‖P.E. (Ⅱ) 1 32 4 1 021

21320101 体育（Ⅲ）‖P.E. (Ⅲ) 1 32 4 1 021

21420101 体育（Ⅳ）‖P.E. (Ⅳ) 1 32 4 1 021



2 24 8 2 019








1.5 24 1.5 013


1.5 24 1.5 013


11123301 高等数学（Ⅰ）‖Calculus (Ⅰ) 5 80 5 013

11223301 高等数学（Ⅱ）‖Calculus (Ⅱ) 6 96 6 013





16033904 半导体物理★‖Semiconductor Physics★ 3 46 2 3 016


4 160 4 016

16121203材料科学基础（Ⅰ）‖Fundamentals of MaterialScience(Ⅰ)

1.5 24 1.5 016


525

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


16221203材料科学基础（Ⅱ）‖Fundamentals of MaterialScience(Ⅱ)

4 64 4 016

16033201材料科学与工程导论★＊‖ Introduction toMaterials Science and Engineering★＊

1 16 1 016

16031001材料力学行为 ‖ Mechanical Behavior ofMaterials

3 40 8 3 016

16133203材料物理化学（Ⅰ）‖Physical Chemistry ofMaterials(Ⅰ)

3 40 8 3 016

16233203材料物理化学（Ⅱ）‖Physical Chemistry ofMaterials(Ⅱ)

2 24 8 2 016



4 48 16 4 016





3 44 4 3 001


16036901纳米材料基础实验＊‖Basic Experiments inNanomaterial＊

2 32 2 016



16033905半导体材料与器件★‖Semiconductor Materialand Device★

3 46 2 3 016

16039001半导体器件TCAD设计‖Technology ComputerAided Design of Semiconductor Device

2 28 4 2 016



16023301光电子材料与器件‖Optoelectronic Materialsand Devices

3 44 4 3 016

16038901光电子器件实验 ‖ Photoelectric DevicesExperiment

1 16 1 016

16037502纳米材料及制备‖Nanomaterial Science andPreparation

2.5 36 4 2.5 016


16039101微纳米加工工艺课程设计‖Curriculum Designof Micro-Nano Processing

1 40 1 016

16026401微纳米加工技术 ‖ Micro-NanofabricationTechnologies

3 44 4 3 016



16035803薄膜材料与技术‖ Thin Film Materials andTechnology

2.5 38 2 2.5 016

16036601 材料失效分析‖Failure Analysis of Material 2 32 2 016

16023901电子封装材料与工艺‖Electronic Packaging andMaterials Technology

2 30 2 2 016

16037801计算机在纳米材料与技术中的应用 ‖

Computational Technique in NanomaterialScience and Nanotechnology

2 24 8 2 016


1 16 1 016


16024701太阳电池原理及应用 ‖ Principle andApplication of Solar Cells

2.5 38 2 2.5 016



1 16 1 016


526

课程编号


Course Name学分

Credit

课内学时


院代码

SchoolCode

讲课

Lecture实践


16038501专业科技写作＊ ‖ Professional TechnicalWriting＊

1 16 1 016

必修课程汇总‖‖Compulsory Courses Total 152 1650 1626 22.5 22 24 21.5 18.5 16.5 11 16


18 270 18 2 5 4.5 6.5






527

附录一：南京理工大学关于制定 2014 版本科培养计划的指导意见

本科培养计划是高等学校实现人才培养目标的总体实施方案，是安排教学内容、组织教学活动、进行教

学管理和质量监控、推进教育教学改革的指导性文件。

为全面落实《国家中长期教育改革和发展规划纲要》、《教育部关于全面提高高等教育质量的若干意见》、

《南京理工大学“十二五”人才培养专项规划》、《南京理工大学关于全面提高教育质量的若干意见》，学校

决定制定 2014 版本科培养计划。为保证本轮本科培养计划的制定工作顺利进行，提出如下意见。

一、指导思想

遵循党的教育方针和教育教学的基本规律，面向国家与社会发展需求，结合学校人才培养目标定位，

以促进学生的全面发展和个性化发展为根本，构建特色高水平研究型大学多样化本科人才培养体系，“培养

基础宽厚，知识、能力、素质协调发展的高级专门人才，造就一大批具有国际视野，求真务实，能开拓创

新、引领发展的工程精英和社会中坚。”即具有坚定的理想信念，强烈的社会责任感、高尚的道德品质；健

全的人格，强健的体魄；丰富的人文科学知识、扎实的自然科学知识和一定的交叉学科背景；追求创新的

态度和意识，科学的思维方法，不断学习和适应发展的能力；良好表达能力、人际交往能力、组织管理能

力；国际视野和跨文化的交流、竞争与合作能力。

为此，通过本科培养计划的修订，构建“宽基础、精专业、有特色、多模块”的课程体系；通过宽厚的

基础教育，培养学生良好的人文修养、掌握扎实的基础理论和科学的思维方法；通过精深专业教育，使学生

受到良好的专业训练，了解专业及行业领域的发展前沿，增强学生的可持续发展能力和社会适应性；通过多

模块、有特色的个性发展课程，拓宽学生视野，促进学生个性化和多样化的发展。

二、基本原则

1．以学生为本。课程体系的构建要遵循人才培养规律，充分考虑当代大学生的人格特点、心理需求和

学习特点，为学生充分发展自己的志趣、特长与潜能创造条件。一切从学生出发，统筹学科专业与师资队伍

建设、实验教学条件建设，杜绝因人设课。

2．明确定位。根据教育部专业人才培养规范、高等工程教育专业认证标准、卓越工程师教育培养计划

的要求，结合我校的办学目标和本科人才培养定位，认真分析我国社会发展以及工业化、信息化建设进程中

对人才知识、能力、素质的要求，以国内外同类专业人才培养定位为参照，明确专业人才培养目标和定位。

3．体现特色。专业培养计划要充分体现学校的办学传统与学科特色，灵活设置具有鲜明特色的专业教

育课程；课程设置要体现系统性、前瞻性，要反映本学科专业的基本理论知识及最新研究成果；要有效整合

课程，科学地处理好本、研不同培养层次课程之间的衔接；培养具有南京理工大学特色的高素质本科人才。

4.加强实践。处理好理论与实践的关系，把培养学生的实践能力落实到各个教学环节。要精讲多练，通

过作业、讨论、实验等教学环节，培养学生运用理论分析解决实际问题的能力；通过综合实验、合作项目课

程、课程设计、学年论文、毕业设计（论文）、科研训练、竞赛、社会实践等培养学生综合能力、创新意识，

增强社会责任感。

5. 夯实基础。大力提高基础课程的教学质量，推进基础课教学内容改革，改革基础课程教学模式，开

设多类型、多层次科学、技术、人文社会科学基础课程模块，为学生后续学习打下坚实基础，为实现宽基础、

多样化的培养目标提供保证。

6. 与国际接轨。树立国际化的教育理念，研究国际高水平大学同类学科的培养方案及课程设置特点，


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参考国际认证标准设立课程；积极引进国外高水平大学成熟的国际课程和优秀教材；全面开展全英语专业教

学建设，开设全英语课程，加速与国际接轨。

三、课程体系及学分

课程由通识教育必修课、学科教育必修课、专业教育必修课（含专业基础、专业方向两类课程）、个性

发展选修课（含通识教育、专业教育两类课程）组成。（见附表）

（1）通识教育必修课程

通识教育课程是为培养大学生学生人文修养、身心品质、社会责任感而设置的一组平台课程，主要包括

思想政治教育、外国语言、军事体育。创新创业教育等必修课程，具体要求为：

A.思想政治教育类

毛泽东思想和中国特色社会主义理论体系概论 6 学分、马克思主义基本原理 3 学分、中国近代史纲要 2

学分、思想道德修养与法律基础 3 学分、形势与政策 1 学分。

思想政治理论课必须设置课内实践环节，以贴近实际、贴近生活、贴近学生。毛泽东思想和中国特色社

会主义理论体系概论为 3+3 模式，课堂讲授与课内实践（参观、讨论、讲座、报告等）学时比为 1：1。马克

思主义基本原理、思想道德修养与法律基础为 2+1 模式，课堂讲授与课内实践学时比为 2：1。

B．外国语言类

新生入学后，学校组织英语水平测试，测试结果分为一、二级；一级须修满大学英语（Ⅰ）、（Ⅱ）共计

8 学分；二级可免修大学英语（Ⅰ），修读大学英语（Ⅱ）4 学分。学校鼓励英语水平较高学生选修高级英语

课程。其他语种须修满相应语种共计 8 学分。外语专业须修读 8学分的第二外国语课程。

C. 军事体育类

军事理论 2 学分、军事训练 2 学分、体育 4 学分。

体育安排在第一、二学年，由必修项目和学生自选项目组成。

D.创新创业教育类

增强学生就业能力,引导学生自主创业，做好职业生涯规划的一组课程。

E. 计算机基础类

计算机基础类课程包括大学计算机导论和计算思维两门课程，每门课程 1 学分。各专业可根据专业培养

要求选择其中 1 门课程作为必修课程。

F. 创新研修：本科生科研训练等

（2）学科教育必修课程

学科教育教育课程原则上是在学科门类平台下设置的自然科学基础、工程技术基础或人文社会科学基础

课程，旨在建立宽厚的学科基础，为学生后续课程的学习奠定基础，设置该类课程应体现相应学科门类下各

专业的共同知识基础和素质要求。

A.自然科学类：数学类、物理类课程。

B.工程技术类: 图学类、信息技术应用类和工程技术实习类课程。

C.人文社会类:科学技术史、社会学原理、美学基础、中国语文、经济学等课程。

根据学院和专业设置的具体情况以及各专业的实际教学要求，将我校本科专业划分为理科、工科、经管、

文法、艺术五类，各专业类可从上述三类基础课程中选择相应课程设置为学科教育课程。

（3）专业教育必修课程


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A. 专业基础课程

专业基础课程是在专业大类（材料类、机械类、电气类、、控制类、计算机类、化工类、生物环境类、

数学类、物理学类、经管类、文法类、外语类、艺术类等）平台上设置的一组课程，是专业大类内各专业进

行专业教育的基础。此类课程设置应按照专业规范标准，体现专业素质培养的基本要求，覆盖专业知识体系

中的核心内容。

B. 专业方向课程

专业方向课程是在专业层面上设置的突显专业前沿、体现专业内涵、反映专业特色的一组课程。课程设

置应围绕主要知识点对课程进行整合，削枝强干，力求精炼，与行业接轨，突出专业的基本训练。专业招生

规模达 60 人以上的专业原则上可根据学科、专业研究现状，设置若干个专业方向课程模块。为加强学生对

专业内涵、研究水平、发展现状的认识，各专业可根据实际情况设置 1～2 学分专业导论课。

毕业设计（论文）、毕业实习等集中实践环节是学生进行专业综合训练的重要组成部分。

（4）个性发展选修课程

旨在开阔学生视野，引导学生发展个人专长，培养志趣，鼓励学生深入探索，拓展素质的一组选修课程。

A．专业进阶：专业方向拓展、研究生一年级课程、全英语课程等

B．合作项目：产学研合作、科技创新、创业训练等

C．通识教育：人文与艺术类、自然与科技类、经济与社会类、自我与发展类课程等

3.实践教学体系。建立与理论教学紧密相联系的专业实践教学体系，逐步实现按实验项目制定实践教学

计划。实践教学环节累计学时，理科类、经管、文法类专业一般不应少于总学时 30%，工科类、艺术类专业

一般不应少于总学时的 40%。

A. 实验

包括独立设课和非独立设课两种。理工、艺术类专业至少安排 3个综合性课程设计或综合实验；文法、

经管、外语类专业必须完成学年论文或社会调查论文 3篇。

B.实习

理工类主要包括认识实习、毕业实习、金属工艺实习、电子工艺实习等；人文经管类包括认识实习、毕

业实习、工程技术实习等。

C. 毕业设计（论文）

毕业设计（论文）安排在大四学年，答辩安排在最后一个学期。在毕业设计（论文）中应安排外文文献

阅读与翻译，从而保证外语训练在整个培养过程中不断线。

四、基本要求

1.思想政治教育类、外国语类、军事体育类、创新创业类、计算机基础类、数学类、物理类、信息技术

应用类、图学类、工程技术实习类、力学类、电工电子类等重要基础课实行归口管理，由归口单位负责规划

与建设，提出课程改革建设方案，实现系列化、多样化、模块化，以满足不同专业及学生的个性化需求。

2. 学院重新审视教学内容，加大对课程的整合力度，对所有课程进行详细论证；鼓励开设目标明确、

方案具体、内容充实、综合性强的集中实践类课程，对不需要集中开课、综合性较差的课程设计、综合实验

等进行调整，或将其纳入相应课程。以学院为单位构建两年基本打通的大类平台课程。学院加强课程教学团

队的建设，提高教师的开课能力与水平，必修课程必须安排两名以上任课教师。

3. 个性发展课程由学校统筹规划，开课单位负责建设。各专业应设置 25 学分左右的专业选修课程（专


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业进阶、合作项目类课程），并根据课程知识体系的内在逻辑关系以及学生的学习量，与必修课一并统筹安

排开课学期。各专业必须开设 3门及以上，能同时用中、英文讲授的课程。

4. 课程的学分与学时结构。一般理论性较强的课程每 16 学时计 1学分，并按 1:1 确定课内、外学时比；

需要教师全程参与、现场指导且无课外作业要求的课程每 32 学时为 1 学分；集中实践环节，如课程设计、

综合实验、学年论文、实习、毕业设计（论文）等， 1 周为 1学分。应精心、合理、科学地分配课程各教学

环节的学时数，发挥教师的主导作用，提高学生的实践能力和主动获取知识的能力。

5.根据学校实施“三学期”制的要求，合理安排课程的开课学期，保证学生课程学习任务均衡，夏季学

期安排课程总学分不超过 4学分，春、秋季学期不超过 25 学分；集中实践环节应尽可能地安排在夏季学期。

6.学校鼓励学生跨专业（类）、跨年级、跨学期选课。

7.课程考核形式应根据课程教学目标的要求进行。一般理论性较强的课程为考试课程，期末考试成绩

所占比例为 60%；军事理论、思想政治理论课以及实践类课程为考查课程，以平时成绩为主，所占比例为

60%。

8.国家、省卓越工程师教育培养计划试点专业依据卓越工程师教育培养计划要求，同步制定卓越工程

师培养计划。纳入学校重点建设的全英语授课专业需同时制定全英语专业培养计划；其他专业加强建设，

逐步实现 50%以上的专业课能进行全英文授课。鼓励有条件的学院同时制定副修、双学位培养方案。

9.课程名称。课程的中英文名称必须科学规范，与颁布实施的《普通高等学校本科专业目录和专业介绍

（2012）》中核心课程示例基本保持一致，为学科和行业内所公认，与国际接轨。

五、培养计划的组成（中、英对照）

（一）学院概况

（二）各专业教学计划

1.专业介绍（含专业沿革、专业优势与特色、就业与服务面向等，不超过 500 字）

2.培养目标（含本专业培养的毕业生应具备的知识和能力、所胜任的工作、领域、人才类型定位等）

3.培养要求（本专业学生主要学习的基本理论和基本知识，受到的基本训练，掌握的基本能力）

4.学制与学位

5.主干学科与交叉学科

6.专业核心课程

7.主要集中实践环节

8.毕业学分要求

9.教学计划进程表


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附表：各专业通识教育课程学分及其他课程建议学分

专业类别

课程分类理科类工科类经管类文法类艺术类

课程

模块学分

课程

性质分类

通识

教育36

必修

思想政治教育类 15

外国语类 8

军事体育类 8

创新创业类 4

计算机基础类 1

学科

教育104-114

（其中

含集中实

践 24-34）

自然科学类

35-40 35 25-30工程技术类

人文社科类

专业

教育

专业基础

79-74 79 79-74

专业方向

个性

发展20 选修

专业

教育

专业进

阶10

合作项

目

通识教育 8

学分合计 170 170 160 160 160


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附录二: 南京理工大学本科专业目录（2014.10）序号学科门类专业类专业代码专业名称学制学位类别类型学院

01 法学法学类 030101K 法学四年法学普通本科人文与社会科学学院

02 法学法学类 030102T 知识产权二年法学第二学位人文与社会科学学院

03 法学社会学类 030302 社会工作四年法学普通本科人文与社会科学学院

04 工学安全科学与工程类 082901 安全工程四年工学普通本科化工学院

05 工学兵器类 082101 武器系统与工程四年工学普通本科机械工程学院

06 工学兵器类 082102 武器发射工程四年工学普通本科动力工程学院

07 工学兵器类 082103 探测制导与控制技术四年工学普通本科电子工程与光电技术学院

08 工学兵器类 082104 弹药工程与爆炸技术四年工学普通本科机械工程学院

09 工学兵器类 082105 特种能源技术与工程四年工学普通本科化工学院

10 工学兵器类 082106 装甲车辆工程四年工学普通本科机械工程学院

11 工学兵器类 082107 信息对抗技术四年工学普通本科电子工程与光电技术学院

12 工学材料类 080401 材料科学与工程四年工学普通本科材料科学与工程学院

13 工学材料类 080402 材料物理四年工学普通本科材料科学与工程学院

14 工学材料类 080403 材料化学四年工学普通本科化工学院

15 工学材料类 080407 高分子材料与工程四年工学普通本科化工学院

16 工学材料类 080413T 纳米材料与技术四年工学普通本科材料科学与工程学院

17 工学电气类 080601 电气工程及其自动化四年工学普通本科自动化学院

18 工学电气类 080602T 智能电网信息工程四年工学普通本科自动化学院

19 工学电子信息类 080701 电子信息工程四年工学普通本科电子工程与光电技术学院

20 工学电子信息类 080702 电子科学与技术四年工学普通本科电子工程与光电技术学院

21 工学电子信息类 080703 通信工程四年工学普通本科电子工程与光电技术学院

22 工学电子信息类 080704 微电子科学与工程四年工学普通本科电子工程与光电技术学院

23 工学电子信息类 080705 光电信息科学与工程四年工学普通本科电子工程与光电技术学院

24 工学电子信息类 080705 光电信息科学与工程四年理学普通本科理学院


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序号学科门类专业类专业代码专业名称学制学位类别类型学院

25 工学航空航天类 082002 飞行器设计与工程四年工学普通本科机械工程学院

26 工学核工程类 082202 辐射防护与核安全四年工学普通本科环境与生物工程学院

27 工学化工与制药类 081301 化学工程与工艺四年工学普通本科化工学院

28 工学化工与制药类 081302 制药工程四年工学普通本科化工学院

29 工学环境科学与工程类 082502 环境工程四年工学普通本科环境与生物工程学院

30 工学机械类 080201 机械工程四年工学普通本科机械工程学院

31 工学机械类 080202 机械设计制造及其自动化四年工学普通本科机械工程学院

32 工学机械类 080203 材料成型及控制工程四年工学普通本科材料科学与工程学院

33 工学机械类 080205 工业设计四年工学普通本科设计艺术与传媒学院

34 工学机械类 080205H 工业设计四年工学合作办学设计艺术与传媒学院

35 工学机械类 080207 车辆工程四年工学普通本科机械工程学院

36 工学计算机类 080901 计算机科学与技术四年工学普通本科计算机科学与工程学院

37 工学计算机类 080902 软件工程四年工学普通本科计算机科学与工程学院

38 工学计算机类 080903 网络工程四年工学普通本科计算机科学与工程学院

39 工学计算机类 080907T 智能科学与技术四年工学普通本科计算机科学与工程学院

40 工学力学类 080102 工程力学四年工学普通本科理学院

41 工学能源动力类 080501 能源与动力工程四年工学普通本科动力工程学院

42 工学能源动力类 080503T 新能源科学与工程四年工学普通本科动力工程学院

43 工学生物工程类 083001 生物工程四年工学普通本科环境与生物工程学院

44 工学土木类 081001 土木工程四年工学普通本科理学院

45 工学土木类 081002 建筑环境与能源应用工程四年工学普通本科动力工程学院

46 工学仪器类 080301 测控技术与仪器四年工学普通本科机械工程学院

47 工学自动化类 080801 自动化四年工学普通本科自动化学院

48 工学自动化类 080802T 轨道交通信号与控制四年工学普通本科自动化学院

49 管理学电子商务类 120801 电子商务四年管理学普通本科经济管理学院

50 管理学工商管理类 120201K 工商管理四年管理学普通本科经济管理学院


534

序号学科门类专业类专业代码专业名称学制学位类别类型学院

51 管理学工商管理类 120202 市场营销二年管理学第二学位经济管理学院

52 管理学工商管理类 120202 市场营销四年管理学普通本科经济管理学院

53 管理学工商管理类 120203K 会计学四年管理学普通本科经济管理学院

54 管理学工商管理类 120204 财务管理四年管理学普通本科经济管理学院

55 管理学工商管理类 120206 人力资源管理四年管理学普通本科经济管理学院

56 管理学工业工程类 120701 工业工程四年工学普通本科机械工程学院

57 管理学公共管理类 120401 公共事业管理四年管理学普通本科人文与社会科学学院

58 管理学管理科学与工程类 120102 信息管理与信息系统四年管理学普通本科经济管理学院

59 经济学金融学类 020301K 金融学四年经济学普通本科经济管理学院

60 经济学经济学类 020101 经济学四年经济学普通本科经济管理学院

61 经济学经济与贸易类 020401 国际经济与贸易二年经济学第二学位经济管理学院

62 经济学经济与贸易类 020401 国际经济与贸易四年经济学普通本科经济管理学院

63 理学化学类 070302 应用化学四年工学普通本科化工学院

64 理学数学类 070101 数学与应用数学四年理学普通本科理学院

65 理学数学类 070102 信息与计算科学四年理学普通本科理学院

66 理学统计学类 071202 应用统计学四年理学普通本科理学院

67 理学物理学类 070202 应用物理学四年理学普通本科理学院

68 文学外国语言文学类 050201 英语四年文学普通本科外国语学院

69 文学外国语言文学类 050207 日语四年文学普通本科外国语学院

70 文学新闻传播学类 050302 广播电视学四年文学普通本科设计艺术与传媒学院

71 艺术学设计学类 130502 视觉传达设计四年艺术学普通本科设计艺术与传媒学院

72 艺术学设计学类 130503 环境设计四年艺术学普通本科设计艺术与传媒学院

73 艺术学设计学类 130504 产品设计四年艺术学普通本科设计艺术与传媒学院

2014 本科培养计划 - 国际教育学院英文站点

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