a brief history - :: kathmandu universityku.edu.np/admission/undergraduate2012.pdf · ·...

A Brief History

As a precursor to the establishment of a University, a team dedicated people first established Kathmandu Valley Campus in 1985 to provide education in Intermediateof Science (ISc). The same team proposed the establishment of Kathmandu University. After thorough discussion on the proposal in the Parliament, KathmanduUniversity was granted by an Act of Parliament on December 11, 1991.

Important MilestonesAug 1985: Establishment of Kathmandu Valley Campus with academic affiliation

with Tribhuvan University;Dec 1991: Establishment of Kathmandu University under an Act of Parliament;Dec 1991: First Senate Meeting presided by the Prime Minister and Chancellor

of Kathmandu University, Mr. Girija Prasad Koirala; Appointmentof Dr. Suresh Raj Sharma as the Vice Chancellor of the University;

Jan 1992: Appointment of Dr. Sitaram Adhikary as the Registrar of theUniversity;

July 1992: Appointment of Dr. Bhadra Man Tuladhar as the Dean of School ofScience:

July 1992: Launching of Kathmandu University’s own Intermediate of ScienceProgram;

Aug 1993: Started Master of Business Administration (MBA) program;Aug 1994: Started four-year bachelor courses in Mechanical, Electrical &

Electronics, Computer Engineering, Pharmacy and EnvironmentalScience;

Dec 1994: Granted affiliation to Manipal College of Medical Sciences, Pokhara,to run MBBS program;

Aug 1995: Inauguration of the University at Dhulikhel by HRH Crown PrinceDipendra Bir Bikram Shah Dev;

Nov 1995: Granted Provisional affiliation to St. Xavier’s College, Kathmandu,for Bachelor in Social Work (BSW);

Oct 1996: Obtained associate membership of the Association of IndianUniversities;

Nov 1996: Inauguration of Department of Music, Bhaktapur, by His ExcellencyPresident of the Federal Republic of Germany, Professor Dr. RomanHerzog;

Aug 1997: Granted affiliation to St. Xavier’s College, Kathmandu, to run BSc(Environmental Science) program;Granted affiliation to Kathmandu College of Management, Kathmandu,to run BBA program;

Sep 1997: Launched MPhil programs in Chemistry, Mathematics, Statistics andPhysics;

Dec 1997: Granted affiliation to (a) Nepalgunj Medical College, Nepalgunj,(b) Kathmandu Medical College, Kathmandu, and, (c) Nepal MedicalCollege, Kathmandu, to run MBBS program;

Feb 1998: Launched postgraduate and in-service teacher education programs;Feb 1998: Establishment of Dhulikhel Medical Institute and launching three

years Intermediate program in Nursing, Laboratory Technology,Physiotherapy, General Medicine, and Ophthalmology under thecollaboration with Dhulikhel Hospital ;

Sep 1998: Launched MPhil and PhD Program in Education;Aug 1999: Granted affiliation to (a) Little Angel’s College, Lalitpur, and (b)

Nepal College of Management, Kathmandu to run BBA program;Granted affiliation to National College, Kathmandu, to run B.A. inDevelopment Studies;

Sep 1999: Launched MS Orthopaedics at B&B Hospital;Sep 2000: Launched graduate programs in Environmental Science and Pharmacy;Sep 2000: Launched MCh Neurosurgery at Bir Hospital;Feb 2001: Launched Executive MBA program;July 2001: Granted affiliation to Training Institute for Technical Instruction

(TITI), to run BTechEd Program;Aug 2001: Launched graduate programs in Information Technology,

Communication Engineering, and Mechanical Engineering;Started MBBS courses at Kathmandu University School of MedicalScience (KUSMS);

May 2002: Started postgraduate diploma in Primary Education in associationwith Bank Street College, New York and Rato Bangla School Nepal;

Sep 2002: Started four-year Bachelor course in Buddhist Studies;Aug 2003: Started four-year course in Biotechnology;May 2003: Signed agreement with Dhulikhel Hospital, to operate and develop

it as KU Teaching Hospital;

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Mar 2003: Launched postgraduate program at Bangalore, Mangalore and Manipal, India in Anaesthesiology, Dermatology, Internal Medicine, Obstetrics & Gynaecology, Radiodiagnosis, Paediatrics, General Surgery, Orthopaedics, Ophthalmology, Otorhinolaryngology, Neurosurgery, Conservative Dentistry, Oral & Maxillofacial Surgery, Prosthodontics in collaboration with MEMG, India;

Launched post graduate program in Pathology in collaboration with Manipal College of Medical Sciences, College of Medical Sciences, Kathmandu Medical College;

Aug 2003: Started four-year course in Biotechnology; Launched Diploma in Fine Arts under the School of Arts; Launched MEd program in ELT;

Jan 2004: Launched postgraduate program in Natural and Human Resources Studies under the School of Arts;

Mar 2004: Launched postgraduate program at Bangalore, Mangalore and Manipal, India in Psychiatry and Pathology in collaboration with MEMG, India;

Aug 2004: Started master program in Electrical Power Engineering in collaboration with NTNU and NORAD; Launched Bachelor of Fine Arts under the School of Arts; Started bachelor course in Nursing;

Aug 2005: Started four-year bachelor course in Environmental Engineering; Granted affiliation to Scheer Memorial Hospital College of Nursing to run BSc, Nursing;

Sep 2005: Launched four-year Bachelor program in Human Biology;

Feb 2006: Started four-year Bachelor program in Media Studies; Granted affiliation to Kathmandu Medical College to run BSc Nursing program; Launched MEd program in Mathematics;

Feb. 2007: Launched Master of Education (MEd); Launched MD in Internal Medicine at MCOMS, COMS; MS Obstetrics and Gynecology at COMS, Bharatpur and NGMC, Nepalgunj; General Medicine at NGMC, Nepalgunj;

Mar 2007: Appointment of Dr. Bhadra Man Tuladhar as the Registrar of the University;

April 2007: Started two-year MEd program in Environment Education and Sustainable Development in collaboration with University of Oslo and Norwegian University of Life Sciences, Norway;

May 2007: Establishment of Confucius Institute at KU with collaboration Hebei University of Economics & Business;

Aug 2007: Launched four-year Bachelor of Engineering program in Geomatics Engineering in collaboration with LMTC; Granted affiliation to Kantipur Dental College to run four-year BDS program;

Feb 2008: Launched Postgraduate Diploma in Security Management; Organized Third South Asian University Youth Festival in Dhulikhel; 32 universities participated;

Sep 2008: Launched MPhil in Management;

Aug 2009: Launched four-year Bachelor of Engineering program in Civil Engineering with in specialization in Hydro Power. Launched four-year Bachelor Science in Applied Physics;

Feb 2010: Launched four-year Bachelor of Physiotherapy (BPT); at School of Medical Sciences, Dhulikhel. Magister Cherugae (Mch) and Doctorate Medicine (DM) in collaboration with College of Medical Sciences, Bharatpur;

Aug 2010: Launched four-year Bachelor of Business Administration at School of Management, Balkumari. MS by Research in Biotechnology;

Feb: 2011 Launched Master of Landscape Management and Heritage Studies; Master in Planning and Operation of Energy System in collaboration with NTNU, Norway; MPhil by Research in Mathematics Education; Bachelor in Nursing Sciences (BNs).

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A University with CommitmentKathmandu University was established in November 1991, as an autonomous, not-for-profit, non- government, public institution through private initiative. The University is committed to develop leaders in professional areas through quality education.

Vision“To become a world-class university devoted to bringing knowledge and technology to the service of mankind.”

Mission“To provide quality education for leadership”

StrategyKU has launched a long-term strategy for 2003-2013, based on its experiences gained in the first ten years of its establishments, which are to:

• Achieveexcellenceinteaching;

• Providestrongsupporttoprofessionalcourses;

• Conductresearchactivities inthefieldsofenvironment,energy,medicinal plant and information technology.

OrganizationThe university conducts various academic programs in different disciplines from intermediate to PhD levels through six schools which are: School of Science, School of Management, School of Engineering, School of Medical Sciences, School of Arts and School of Education.

University AdministrationThe University has autonomy in terms of operating and managing the university. The Senate, Executive Council, Academic Council and the Deans develop the internal policies and programs to run the university.

Prime Minister of Nepal is the Chancellor of the University and Minister for Education is the Pro-chancellor.

Vice Chancellor is the Chief Executive of the University, followed by Registrar and Deans from all schools.

Student Welfare Council

There is a provision of a elected Student Welfare Council in each school for co-ordinating students extracurricular activities.

LocationThe University is situated at Dhulikhel, Kavre, about 30 kilometers east of Kathmandu in a picturesque landscape having round-the-year pleasant climate and panoramic Himalayan views.

“The students should make the right choice

for their desired future prospects.”

Prof. Dr. Suresh Raj SharmaVice Chancellor

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Undergraduate Programs in Science & EngineeringUniversity offers the following 4-year courses (2011 – 2015) for admission in August 2011.School of Science• BTechinBiotechnologyp-8• BTechinEnvironmentalEngineeringp-10• BScinEnvironmentalSciencep-12• BScinComputerSciencep-14• BScinHumanBiologyp-16• BPharminPharmacy p-18• BScinAppliedPhysics p-20

School of Engineering• BEinComputerEngineeringp-22• BEinElectrical&ElectronicEngineering(Communication)p-24• BEinElectrical&ElectronicEngineering(Power&Control)p-26• BEinMechanicalEngineeringp-28• BEinGeomaticsEngineeringp-30• BEinCivilEngineering(SpecializationinHydropower) p-32

University’s Strong Base and Professional Foundation are built on:• Competentandcommittedfaculties• Modernandwellequippedlaboratories• 24hoursallcampusinternetfacilities• Wellequippedlibrary,withmorethan35,000vol.ofbooks• Strongprojectandpracticalexperiences• Soundbaseofscientificknowledge• Businessmanagementthrust

• Multi-disciplinaryunderstanding• Researchenvironment• Regularupdatingofcurriculumasperthechangingtechnologyand

national need• Separatehostelsforboysandgirls

Teaching - Learning ApproachThis approach will enable students not only to interact among group members but also to gain confidence in their subject by constant

Tutorials and Group Exercises Field Trip

Library Project Work

interaction with faculty and classmates.

Project Works and ResearchThe students are involved in project works from the very beginning and they are continuously encouraged and supported for research activities. A students’ project exhibition (KUPEX) is organized to expose their

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ADMiSSiOn SChEDULE

Procedure for Admission 1. Access the electronic admission management system online only at

www.ku.edu.np

2. Please fill in all the information asked in the electronic form available. Some fields are mandatory to be filled in the form while others are optional. A mandatory field is denoted by an asterisk (*) symbol. The system does not allow you to proceed further if you miss to fill in some information or fill the data inappropriately. On completing the form filling process, you will be able to preview the information that you have filled. After saving the filled in information, you will be provided a confirmation message of your successful application submission. The message also would contain your application ID. Please save this message or note your application ID. You need to produce this application ID later on to confirm your application.

3. The next step to the application submission is getting a voucher of the payment of the application fee, an amount of NRs. 1000 in any branch of Nepal Investment Bank, Account No. 00501030250009 or Nabil Bank Account No. 0110010955102

4. On producing this voucher you will be provided an admit card for the entrance examination. Please bring along with you at least four passport size photos.

5. A test of two-hour duration will be taken in KU, Dhulikhel, to assess applicant’s proficiency in Physics, Chemistry, Mathematics or Biology to test the necessary proficiency.

6. Short-listed applicants will be interviewed by the concerned departments to assess their aptitude.

7. Applicants who get through test and interview are required to get admission in time as stated in the brochure.

Time Schedule for AdmissionApplicants are advised to follow the time schedule given below: Working days and other schedules will be as per the academic calendar published by the university.

Application forms available on-line by July 10 to 27, 2012

Admit Card Collection from KU, Dhulikhel July 22 to August 1, 2012

Admission test:

Date August 3, 2012, Friday

Time As mentioned in the Admit Card

Venue KU, Dhulikhel

Publication of List for Document Verification August 6, 2012, Monday

Document Verification by Departments August 7 & 8, 2012

Publication of selected candidates list August 9, 2012, Thursday

Admission Period August 9 to 14, 2012

Orientation August 23, 2012, Thursday

Session Starts on August 30, 2012, Thursday

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Fee Regulations

Fee determined by the university is payable by students. Students selected for admission are required to pay fee for their respective program.

1. Student will pay fee and caution money as shown in the chart for their individual program.

Fee Structure for Undergraduate Program (Science & Engineering) Batch 2012-2016

Note: Students who has paid Admission fees other than in Nepal Investment Bank, KU Branch has to submit deposit slip to Accounts Department.

Admission 20,000.00 20,000.00 20,000.00 20,000.00 20,000.00

Registration 6,000.00 6,000.00 6,000.00 6,000.00 6,000.00

Development 35,000.00 40,000.00 35,000.00 35,000.00 20,000.00

KU Souvenir 200.00 200.00 200.00 200.00 200.00

Total (A) For the entire program 61,200.00 66,200.00 61,200.00 61,200.00 46,200.00

B. Fees: For semester I 14,950.00 14,950.00 14,950.00 14,950.00 14,950.00

C. Fees: For semester II 14,750.00 14,750.00 14,750.00 14,750.00 14,750.00

D. Tuition for semester 1st year 77,400.00 89,900.00 66,150.00 62,400.00 44,900.00

Total Cost in 1st Year (A+B+C+D) 168,300.00 185,800.00 157,050.00 153,300.00 120,800.00

Total Cost in 2nd Year 108,400.00 120,900.00 97,150.00 93,400.00 75,900.00

Total Cost in 3rd Year 108,900.00 121,400.00 97,650.00 93,900.00 76,400.00

Total Cost in 4th Year 109,400.00 121,900.00 98,150.00 94,400.00 76,900.00

Total Cost 495,000.00 550,000.00 450,000.00 435,000.00 350,000.00

Fees at the time of Admission 89,308.00 96,433.00 87,395.00 86,758.00 68,783.00

Caution Money 6,000.00 6,000.00 6,000.00 6,000.00 6,000.00

Medical Insurance per year (University Hospital) 1,000.00 1,000.00 1,000.00 1,000.00 1,000.00

Council Fee (one time) 1,000.00 – – – –

Amount to be paid at the time of Admission 97,308.00 103,433.00 94,395.00 93,758.00 75,783.00

ParticularsAll Engg.

Programs/ Env. Engg./*Comp Sc.

EnvironmentalScience human BiologyBiotechnology Applied

Physics

* Computer Science Students need not paid council Fee.

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Additional Expenses:In addition, students will have to pay for the followings (optional):

• AccommodationinKUHostels.

• DiningattheUniversitycafeteria.

6. Payment has to be made by depositing the required amount in any branch of Nepal Investment Bank, Account no. 00501030250009 in favor of Kathmandu University or NABIL Bank in the Account no. 011 001 0955102. Students are required to submit the bank deposit receipt to account office of the university and obtain a receipt for the same.

7. Late Fees:

a. Tuition fee for each semester must be paid from the 1st to the 15th day of the month notified at the beginning of the semester;

b. Failure to pay within the prescribed period will result in paying late fees and/or cancellation of registration. Late fees will be charged as follows:i. From the 16th day to the end of the month Rs. 200.

ii. From the 1st to the end of the next month Rs. 300 + Rs.50 per day.

iii. Failure to pay the tuition fee along with late fee by the end of the next month will automatically lead to the cancellation of the admission.

iv. Re-admission, if allowed by the Dean, will cost Rs. 1000 as re-admission fee along with pending dues.

8. Caution deposits are refundable under following conditions after adjustment of dues:

Percentage Refund

a. After graduation - 100%b. After clearing all dues, if a student is required by the

university to withdraw - 100%c. After clearing all dues, if a student voluntarily drops out - 50%.

Validity of refund for the caution deposit is one year.9. Refund will be made by cheque only.

achievements.

2. A student withdrawing from a program in the first 2 weeks of admission will apply to the DEAN of the respective school for permission to withdraw. On grant of such permission, fees, except

caution deposit, will be refunded as given below:

3. No degree will be conferred upon any candidate and no transcripts will be issued before clearance of all dues and charges, including tuition fee.

Instruction for Payment

4. The above arrangements are for a normal situation. Whenever a student’s program gets modified or the progress is delayed beyond maximum permissible time, such a student is advised to consult the appropriate authority before registration.

5. Fees and other charges are payable in advance for each semester on the notified dates.

Duration Refund

August 15 to 31, 2012 70%

From September 1, 2012 onwards No refund

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Evaluation System

• Performanceofastudentshallbecontinuouslyassessedthroughin-semester and end-semester examinations.

• Evaluationisdoneonafour-pointgradesystem,asfollows:

be notified by the university.

b. If a student fails in First compartment examination, s/he will be allowed to reappear in the next regular examination of that course.

c. If a student again fails in this attempt, s/he will be allowed to reappear again in the following compartment examination.

• AstudentpassingcompartmentexaminationsshallgetmaximumA- grade.

• TheGPAofthestudentsshouldremain2.0andabove,throughoutthe duration of their studies. If a student fails to maintain this GPA, or receives two or more permanent ‘F’ grades then the students may be required to withdraw from the program. The student not obtaining minimum GPA 2.0 in each semester shall be deemed to have failed the semester.

Grade A A- B+ B B- C+ C C- D F

Grade Point 4 3.7 3.3 3 2.7 2.3 2 1.7 1 0

Facilities

• If a student fails in more than two courses, s/he has to seekpermission from the Dean to repeat the semester.

• Ifastudentfailsintwoorlessthantwocourses,s/heisallowedonly three chances to appear in the failed courses as follows:

a. First compartment examination will generally be held within a month after completion of regular end-semester on a day to

• Nostudentcanpassthelevelwith“F”inanyparticularcourse

• Themaximumdurationforcompletionoftheundergraduateprogramfor a student is seven years from the date of admission in that program.

GraduatesAs of 2011, the University has produced 1293 science graduates and 1592 engineering graduates, including undergraduates and graduates. Immediate acceptance of KU graduates by the market and their respectable placements prove the quality of graduates and commitment of the University for excellence.

Hostel Sports

Library

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BTech in Biotechnology

1. Why Biotechnology?

The students will acquire knowledge and skill of Biotechnology which is a frontier area offering a new technological base to understand the living beings at the molecular level, unravel the genetic codes that govern biological processes and thereby be able to manipulate those for the betterment of humankind.

A career in biotechnology is not just a job, it is an invitation to participate in the development of new products and processes that could improve the quality of human life.

2. Where are the career opportunities?

• Research and development in the processing of diversebiological materials and for managing bio-industries.

• Employments are available in industries like chemicals,pharmaceuticals, food and beverages and, plant and animal biotechnology plus other options in forensics, disease and diagnostic therapy, education and environmental protection bodies.

• ForfurtherstudiesatMastersorDoctorallevels.

3. What is the admission eligibility? Candidates should have passed ISc (or 10+2 or equivalent) with

minimum of 50% marks in aggregate and 50% in PCM or PCB.

4. Financial-Aid and Scholarship: The University provides few scholarship and financial aid for needy

students.

Lab Work

Experimental Setup

Biotechnology Lab

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Course Code Subjects Course Code Subjects BIOT 404 Plant Molecular Biology [3] BIOT 412 Protein Engineering [3]

BIOT 405 Quantitative and Population Genetics [3] BIOT 413 Molecular Modelling and Drug Design [3]

BIOT 406 Herbs and Herbal Products [3] BIOT 414 Genomics & Proteomics [3]

BIOT 407 Agricultural Biotechnology [3] BIOT 415 Food Chemistry [3]

BIOT 408 Plant Pathology [3] BIOT 416 Food Processing and Preservation [3]

BIOT 409 Immunotechnology [3] BIOT 417 Neutraceuticals and Functional Foods [3]

BIOT 410 Cancer Biology [3] BIOT 418 Human Nutrition and Dietetics [3]

BIOT 411 Mycology and Virology [3] BIOT 419 Dairy Technology [3]

BiOT*** Electives

Elective courses are offered as per the discretion of the Department.

Year Semester Course Outlines: 4-year (8-Semester) BTech in Biotechnology Total Credit

I

IMath 101

Calculus & Algebra[3]

PHYS 101General Physics I

[3]

CHEM 101General Chemistry

[3]

BIOL 101General Biology

[2]

COMP 101 Computer

Foundation [2]

ENGG 101Engineering Project

[2]

EDRG 101Engineering Drawing I

[2]

ENGT 101Communication

Skill I [2]

19

IIMATH 102

Stats & Probability[3]

PHYS 102General Physics II

[3]

COMP 102Computer

Programming[3]

CHEM 102Inorganic Chemistry

[2]

BIOT 101Introductory

Biotechnology [3]

ENGG 102Engineering

Project [2]

EDRG 102Engineering Drawing II

[2]


Skills II [2]

20

II

IBIOT 201

Microbiology[3]

BIOT 201Genetics

[3]

BIOT 203Biochemistry

[3]

BIOT 204Principal of

Biochemical Engg.[3]

BIOT 205Cell Biology

[3]

CHEM 201Reaction

Mechanism & Stereo Chemistry

[3]

BIOT 251Microbiology Lab

[1]

BIOT 252Biochemistry

Lab [1]

BIOT 253Cell Biology Lab

[1] 21

IIBIOT 206

Molecular Biology 1 [3]

BIOT 207Immunology

[3]

BIOT 208Developmental

Biology[3]

BIOT 209Biophysics

[3]

BIOT 210Microbial

Bioprocess Engineering

[1]

CHEM 212Quantitative

Analysis[3]

BIOT 254Microbial

Bioprocess Engineering Lab

[1]

BIOT 255Immunology Lab

[1]

CHEM 214Quantitative Analysis Lab

[1]

21

III

IBIOT 301

Downstream Processing

[3]

BIOT 302MolecularBiology II

[3]

BIOT 303Plant

Biotechnology [3]

BIOT 304Animal Cell Culture

Technology [2]

INAN 301Instrumental

Analysis [3]

BIOT 351Downstream

Processing Lab [2]

BIOT 352Molecular Biology

Lab [1]

BIOT 353Plant

Biotechnology Lab [1]

BIOT 354Animal Cell Culture Lab

[1]

INAN 302Instrumental Analysis Lab

[1]

19

IIBIOT 305

Bioinformatics [3]

BIOT 306Recombinant DNA

Technology[3]

BIOT 307Environmental Biotechnology

[3]

BIOT 308Enzymology &

Enzyme Technology[3]

BIOT 309Biosafety & Bioethics

[3]

BIOT 310Industrial Plant

Studies [1]

BIOT 355Environmental

Biotechnology Lab[1]

BIOT 356Recombinant DNA Technology Lab

[1]

18

IV

IBIOT 401Industrial

Biotechnology[3]

BIOT 402Entrepreneurship

Development [2]

BIOT 403Total Quality Management

[3]

BIOT 451Industrial

Biotechnology[1]

BIOT 452Seminar In

Biotechnology[1]

BIOT 453Industrial Training

[2]

BIOT ***Electives

[3]

BIOT ***Electives

[3]18

IIBIOT***Electives

[3]

BIOT***Electives

[3]

BIOT***Electives

[3]

BIOT 455Project Work

[6]15

Note: The figures in the square bracket indicate the course-credit 151

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1. Why Environmental Engineering?

The students will acquire knowledge and skill of Environmental

Engineering which is designed to develop human resources in the

areas of development, improvement and transfer of appropriate

technologies for the abatement of pollution and minimization of

the environmental risk of development works using environment

friendly technologies and engineering methods.

It is an interdisciplinary program, comprising courses on basic

sciences, applied sciences, engineering, socioeconomic and legal

aspects as well as specialized courses in the concerned field.

This program focuses on the basic understanding of the environmental

problems and their mitigation through appropriate and environment

friendly methodologies.


• Environmentalregulatorybodies

• Municipalitiesandotherlocalgoverningbodies

• Academicinstitutions/ResearchCenters

• NGOs/INGOs

• Largeandmediumindustries

• Damsandlargeirrigationsystems

• Hydropower

BTech in Environmental Engineering

3. What is the admission eligibility?

Candidates should have passed ISc (or 10+2 or equivalent) with

minimum of 50% marks in aggregate and 50% in PCM.

4. Financial-Aid and Scholarship:

Few scholarships are available. The University also provides few

scholarship and financial aid for needy students.

Laboratory Work Students in Field

Laboratory WorkDisaster Management Center

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CiEG*** Electives EnVS*** Electives Course Code Subjects Course Code Subjects

CIEG 304 Hydropower Engineering 2 Cr. ENVS 336 Environmental and Occupational Health, 3 Cr.

CIEG 315 Energy Technology and Natural Resources, 3 Cr. ENVS 337 Environmental Hazards and Disaster Preparedness, 3 Cr.

CIEG 326 Water Supply and Natural Resources, 3 Cr. ENVS 410 Hydropower and Renewable Energy, 3 Cr.

CIEG 404 Environmental Modeling, 3 Cr. ENVS 401 Environmental Brotechnology, 3 Cr.


Year Semester Course Outlines: 4-year (8-Semester) BTech Envrionmental Engineering Program Total Credit

I

ICHEM 101

General Chemistry [3]

COMP 103Structured

Programming[2]

EDRG 101Engineering Drawing

[2]

EEEG 101Basic Electrical

Engineering[3]


[2]

ENGT 101Communication Skill I

[2]

MATH 101 Calculus & Liner

Algebra[3]

PHYS 101General Physics

[3]20

IICOMP 116

Object Oriented Programming

[3]


[2]

ENGG 102 Engineering Project

[2]

ENGG 103Workshop Technology

[1]


Skill II[2]

ENVE 101Introduction to Environmental Engineering

[2]

MATH 104Advanced Calculus

[3]

MEEG 101Basic Mechanical

Engineering[2]


[3]20

II

ICIEG 201

Construction Materials & Technology

[3]

MEEG 216Engg. Mechanics

[3]

MEEG 206Fluid Mechanics

[3]

ENVE 204Chemical Process

Calculation[2]

ENVS 211 Fundamental of

Ecology[2]

ENVS 221 Ecology Practical

[1]

GEOM 202Engineering

Survey I [3]

MATH 207Differential Equations & Complex Variables

[4]

21

IIBIOL 207

Microbiology[2]

BIOL 208Microbiology Lab

[1]

CHEM 212Quantitative Analysis

[3]


[2]

ENVE 207Material Geology

[3]

MEEG 207Engineering

Thermodynamics[3]

MATH 208Statistics & Probability

[3]

MCSC 202Numerical Methods

[3]20

III

ICIEG 306

Structural Analysis [3]

ENVS 333Meteorology & Climatology

[2]

ENVS 341Meteorology &

Climatology Practical[1]

INAN 301Instrumental Analysis

[3]


Laboratory[2]

ENVS 345Environmental

Sociology & Human Ecology

[3]

ENVE 308Mechanics of

Materials[3]

MGTS 301 Engineering Economics

[3]20

IICIEG 309

Reinforced Concrete Structures Design

[3]

ENVE 310Data handling &

Analysis[3]

ENVE 311Valuation & Cost

Estimation[2]

ENVE 338Bioengineering

[3]

ENVS 306GIS and Remote

Sensing [1]

ENVS 342GIS Lab

[2]

ENVS 335Applied Hydrology

[3]

ENVS 343Hydrology Practical

[1]

MEEG 306Heat Transfer

[3] + K821

IV

IENVS 433

Air & Noise Pollution [3]

ENVS 434Air Pollution

Practical[1]

ENVE 432Water & Waste Water

Technology [3]

ENVE 435Water Pollution

Practical[1]


Impact Assessment [3]

ENVS 431Municipal &

Hazardous Waste[3]

MGTS 402Entrepreneurship

Development [3]

xxxx ****Elective Course

[3] 20

IICIEG 406

Engineering Ethics and Professional Practice[2]

ENVE 410Independent Study

[2]

ENVE 499Final Year Project

[6]10


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1. Why Environmental Science?

The students will develop ability to keenly observe the Environment that surrounds them, which is not usually even noticed until a critical point is reached. It will give them knowledge which will be holistic and skill which will be creative. Today, in the name of development, terrible underdevelopments are being wreaked. Many lakes, rivers, pastures, marshes have become repository of arsenics, lands have been denuded and soil has become sterile. Students educated in Environment will be eco-friendly who will envision development not hurtful to humans, plants, or animal, i.e., Nature. They can be role-models in their respective fields.


• DevelopmentAgencylikeNGOs,INGOs

• AcademicInstitutions&ResearchCenters

• HealthIndustries


Candidates should have passed ISc (or 10+2 or equivalent) with minimum of 50% marks in aggregate and 50% in PCM or PCB.


Few scholarships are available. The University also provides few scholarship and financial aid for needy students.

BSc in Environmental Science

Experimental Lab

Laboratory Work

Laboratory Work

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EnVS*** Electives Course Code Subjects Course Code Subjects

ENVS 305 Pests and Pesticides; Practical [3] ENVS 404 Environmental Modeling [3]

ENVS 336 Environmental and Occupation Health [3] ENVS 423 Glacier Environment [3]

ENVS 338 Bioengineering [3] ENVS 434 Soil Pollution Monitoring & Control [3]

ENVS 346 River Ecology [3] ENVS 440 Agrigulture and Environment [3]


Year Semester Course Outlines: 4-year (8-Semester) BSc Envrionmental Science Program Total Credit

I

IBIOL 101

General Biology [2]


[3]

COMP 101 Information

Systems Technology[2]

EDRG 101 Engineering Drawing

[2]


[2]

ENGT 101 Communication Skill I

[2]

MATH 111Calculus & Algebra

[3]

PHYS 101 General Physics

[3]19

IICHEM 102

Inorganic Chemistry [2]

COMP 112Intro. to Structured

Programming [3]

EDRG 102 Engineering Drawing II

[2]

ENGG 102 Engineering

Project [2]


Skill II [2]

ENVS 101 Introduction to Envt.

Science [2]

MATH 102 Statistics & Probability

[3]


[3]20

II

ICHEM 207

Organic Chemistry [2]

ENVS 201 Environmental

Chemistry [2]

ENVS 218 Environmental Chemistry Lab

[1]

ENVS 206 Environmental

Physics [2]

ENVS 211 Fundamentals of

Ecology [2]

ENVS 221 Ecology Practical

[1]

ENVS 207Natural Resources

[3]

ENVS 212Biodiversity &

Taxonomy[3]

MATH 206Applied Statistics

[3]19

IIBIOL 207

Microbiology[2]

BIOL 208Microbiology Lab

[1]

CHEM 212Quantitative Analysis

[3]

CHEM 213 Quantitative Analysis

Lab [2]

ENVS 204Pollution Monitoring

& Control[3]

ENVS 222Pollution Lab

[1]

ENVS 219Energy and

Environment[3]

ENVS 224Introductory Soil Science

& Land Management[3]

18

III

IENVS 328

Conservation Biology [3]

ENVS 332 Geology & [3]

ENVS 340 Geology Practical

[1]

ENVS 333Meteorology & Climatology

[2]

ENVS 341Meteorology &

Climatology Practical [3]


[3]

INAN 302InstrumentalAnalysis Lab

[2]


Sociology & Human Ecology

[3]

ENVS***Elective Course

[3]21

IIENVS 303

Environmental Economics

[2]

ENVS 306 GIS & Remote

Sensing[1]

ENVS 342GIS Laboratory

[2]


Hazards & Disaster Preparedness

[3]

ENVS 331 Legal & Policy Issues

in Environment [2]

ENVS 335Applied Hydrology

[3]

ENVS 343Hydrology Practical

[1]

ENVS 339Rangeland Resources

[3]

ENVS****Elective Course

[3]20

IV

IENVS 402

Environmental Impact Assessment

[3]

ENVS 413Urbanization &

Sustainable Deve.[3]

ENVS 431 Municipal &

Hazardous Waste [3]

ENVS 435Integrated

Watershed Mgmt.[3]


Development[3]

ENVS 415Fundamentals of Aqutatic Ecology

[3]

ENVS***Elective Course

[3]21

IIENVS 438

Independent Study [2]

ENVS 499Final Year Project

[6]8


- 14 -

1. Why Computer Science?

The study of Computer science spans a wide range, from its theoretical and algorithms foundations to cutting-edge developments in robotics, computer vision, intelligent systems, bioinformatics, and other exciting areas.

The work of a Computer Science graduate falls into three categories:

• Theydevelopeffectivewaystosolvecomputingproblems.

• Theydevisenewwaystousecomputers

• Theydesignandimplementsoftware.


• AcademicInstitutes

• SoftwareDevelopment

• BankingSectors

• Industries

• GovernmentOrganizations

• INGOs/NGOs


Candidates should have passed 10+2 or equivalent with minimum of 50% marks in aggregate and 50% in PCM.

BSc in Computer Science

4. Cost of the program:

Total costs for four-year course is Rs. 4, 95,000.00. At the time of admission 96,433.00 has to be paid, and remaining amount can be paid in seven installments.


Few scholarships are available. The University also provides scholarship for some needy students.

- 15 -

Year Semester Course Outlines: BSc in Computer Science Total Credit

I

IMATH 101

Calculus & linear Algebra (3)


(3)


(3)

COMP 103 Structured Programming

(2)


(3)


(2)


(2)

ENGT 101 Communication Skill

(2)20

IIMATH 104

Advanced Calculus (3)


(3)

COMP 116 Object-oriented Programming (3)

ENVE 101 Introduction

to Environment Engineering (2)


(2)


(2)

ENGT 102 Communication Skill

(2)

ENGG 103 Lab work (1)

MEEG 101 Mechanical Engineering

(2)20

II

IMATH 208

Statistics & Probability (3)

EEEG 202 Digital Logic

(3)

MCSC 201Discrete Mathematics

(3)

COMP 202 Data Structure & Algorithm (3)

COMP 208 Lab Works

(1)

COMP 206 Computer Project

(2)

EEEG 211 Electronics Engineering

(3)18

IIMATH 207

Differential Equation & Complex Variables

(4)

MCSC 202 Numerical Method

(3)

COMP 231 Microprocessor

(3)

COMP 204 Communication &

Networking(3)

COMP 201 Computer Architecture

& Organization (3)


(2)18

III

I MATH 321 Linear Programming (3)

COMP 301 Principles of

Programming Language (3)

MGTS 301 Engineering Economics

(3)

COMP 302 System Analysis and

Design (3)

COMP 322 Automata and Formal

Language (3)

COMP 307 Operating System

(3)


(2)20

IIMATH 322

Combinatorics (3)

COMP 304 Operations Research

(3)

COMP 305 Database Design &

DBMS(3)

COMP 314 Algorithm and

Complexity (3)

COMP 323 Graph Theory

(3)

COMP 341Human Computer Interaction (3)

COMP 308 Combined Engineering

Project (2)20

IV

ICOMP 401

Software Engineering(3)

MGTS 403 Engineering

Management (3)

COMP 409 Compiler Design

(3)

COMP***Elective Course

(3)

COMP***Elective Course

(3)15

IIMGTS 402

Entrepreneurship Development

(3)

COMP 411 Computer Graphics

(3)

COMP 408 Internship

(6)12


Course Code Subjects Course Code Subjects Course Code Subjects

COMP 402 Network Programming COMP 474 Neural Network COMP 428 Advanced Database Management System

COMP 303 Multimedia Systems COMP 475 Modeling Optimization and Scheduling COMP 429 Fault Tolerant Systems

COMP 404 GIS & Remote Sensing COMP 410 Object Oriented Analysis & Design COMP 430 Microprocessor Based System Design

COMP 416 Professional Practice COMP 421 Software Architecture COMP 431 Network Design and Management

COMP 418 Real Time Programming COMP 422 Software Reuse COMP 432 Advanced Web Programming

COMP 419 Image Procession COMP 423 Theory of Computation COMP 433 Management of Information Systems

COMP 411 Computer Graphics COMP 424 Software Metrics and Testing COMP 434 Protocol Engineering

COMP 472 Artificial Intelligence COMP 425 Program Analysis COMP 435 Logic Programming

COMP 473 Speech & Language Processing COMP 476 E-Commerce MEPP 450 Human Values & Social Impact of Technology

COMP 471 Expert Systems COMP 427 Advanced Operating Systems COMP 477 Knowledge Management

COMP*** Electives


- 16 -

BSc in human Biology

1. Why Human Biology Program?

This program aims to produce qualified personal for teaching and research in Human Biology and related field. Medical Education in Nepal is growing profoundly; as a consequence there is a dearth of qualified professionals from basic medical science origin. Considering this, the program is designed to fulfill the need of professionals, competent enough to teach and conduct research in related field.

This course is aimed at producing a group of highly proficient young scientists well versed in basic-medical and modern-biological concepts and techniques. The graduates after completing the course in Human Biology will be eligible and competent to teach basic medical sciences in MBBS as well as Nursing and other related programs in medical schools. In addition, they are also expected to build their career in research, especially in emerging fields like biotechnology and molecular biology.

2. What is Human Biology Program?

Human Biology is an interdisciplinary program, focused on an area of biological science particularly relevant to humans. It is combination of general science and basic medical sciences.

This is a four-year (eight-semester) program. The first five semesters (two and half-year) deals with general science and remaining three-semesters (one and half-year) with basic medical sciences.

First two-semester courses comprise with fundamental science which includes physics, chemistry, biology and mathematics. Next three-semester includes microbiology, human genetics, biochemistry,

quantitative analysis, molecular biology, immunology, organism, evolution & sociology, developmental biology, cell & tissue culture technology, photochemistry, mycology & virology as main subjects. And the last three-semester focuses on courses related to basic medical sciences that include human anatomy, biochemistry, pharmacology, physiology and microbiology.

Besides all these courses, emphasis is also given to the communication skills and basic computer skills in the first year courses in order to develop contemporary teaching skills. What is Human Biology Program?


Candidates should have passed ISc (or 10+2 or equivalent) with minimum of 50% marks in aggregate and 50% in PCB.

Microbiology Lab

Biochemistry Lab

- 17 -

Year Semester Course Outlines: 4-year (8-Semester) BSc in human Biology Total Credit

I

IPHYS 113

General Physics-I[3]

CHEM 101General

Chemistry [3]


[2]

COMP 115Computer

Foundation[3]


Skill-1[2]

MATH 117Calculus and

Algebra[3]

HBIO 102Introduction to Human Biology

[1]

HBIO 108Project

[1]19

IIPHYS 114 General

Physics-II[3]


[2]

HBIO 101Cell Biology

[3]


Skills-II[2]

MATHS 102Statistics and Probability

[3]

HBIO 103Human Genetics

[3]

PHYS 107Physics Lab

[2]

HBIO 106Cell Biology Lab

[2]

HBIO 109Project

[2]19

II

IHBIO 201

Microbiology[3]

HBIO 204Developmental

Biology[3]


Analysis[3]

MATH 206Applied Statistics

[3]

MATH 201Reaction

Mechanism & Stereochemistry

[3]

HBIO 207Microbiology Lab

[2]


[1]

HBIO 208Project

[1]18

IIINAN 211

Instrumental Analysis

[3]

HBIO 212Immunology

[3]

HBIO 213Molecular Biology

[3]

CHEM 203Organic

Chemistry[3]

HBIO 215Mycology and

Virology[2]

HBIO 216Molecular

Biology lab[1]


[1]

HBIO 218Immunology lab

[1]

CHEM 211Organic

chemistry Lab[1]

HBIO 219Project

[1]19

III

IHBIO 301Anatomy I

[3]

HBIO 302Anatomy I lab

[1]

HBIO 303Physiology I

[3]

HBIO 304Physiology I lab

[1]

HBIO 305Biochemistry I

[3]

HBIO 306Biochemistry I

Lab [1]

HBIO 307Microbiology I

[3]

HBIO 308Microbiology I

Lab[1]

HBIO 309Pharmacology I

[3]

HBIO 310Pharmacology I

Lab[1]

20

IIHBIO 311

Anatomy II[2]

HBIO 312Anatomy II lab

[1]

HBIO 313Physiology II

[3]

HBIO 314Physiology II lab

[1]

HBIO 315Biochemistry II

[3]

HBIO 316Biochemistry

II lab[1]

HBIO 317Microbiology II

[3]

HBIO 318Microbiology II

Lab[1]

HBIO 319Pharmacology II

[3]

HBIO 320Pharmacology

II lab19

IV

IHBIO 401

Anatomy III[2]

HBIO 402Anatomy III lab

[1]

HBIO 403Physiology II

[3]

HBIO 404Physiology II Lab

[1]

HBIO 405Biochemistry II

[2]


III Lab[1]

HBIO 407Microbiology III

[2]

HBIO 408Microbiology

III Lab[1]

HBIO 409Pharmacology III

[3]


II Lab[1]

18

IIHBIO 411

Anatomy IV[3]

HBIO 412Anatomy IV Lab

[1]

HBIO 413Physiology III

[3]

HBIO 414Physiology IV

Lab[1]

HBIO 415Biochemistry IV

[3]


IV Lab[1]

HBIO 417Microbiology -IV

[2]

HBIO 418Microbiology

IV Lab[1]

HBIO 419Pharmacology IV

[2]


IV Lab[1]

HBIO 421Project Work

Lab20

Note: The figures in the square bracket indicate the course-credit

- 18 -

1. Why Pharmacy?

The students will acquire knowledge and skill of Pharmacy, and they could become an important member of healthcare system, like hospital/community as well as industrial pharmacy.


• Hospitals

• PharmaceuticalIndustries

• Communities

• QualityControlLab

• ResearchandDevelopment

• DrugAdministration

• Academia


Candidates should have passed ISc (or 10+2 or equivalent) with minimum of 50% marks in aggregate and 50% in PCM or PCB.


Few scholarship are available. The University also provides few scholarship or financial aid for needy students.

Bachelor of Pharmacy

Analytical Lab

Advance Lab

Pharmacy Lab

- 19 -

PhAR*** Electives Course Code Subjects Course Code SubjectsPHAR 417 Pharmaceutical Care PHAR 423 Recent Advances in Pharmacology

PHAR 419 Cosmetology PHAR 424 Chronopharmaceutics

PHAR 420 Social and Behavioural Pharmacy PHAR 425 Herbal Formulation

PHAR 421 Pharmacoeconomics PHAR 426 Complementary Medicines

PHAR 422 Biotechnology PHAR 427 Pharmaceutical Engineering


Year Semester Course Outlines: Bachelor of Pharmacy Total Credit

I

IMath 111

Calculus & Algebra

[3]


[3]

CHEM 101General

Chemistry[3]


[2]

COMP 101 Computer

Foundation [2]

ENGG 101Engineering

Project[2]


[2]


Skill I [2]

PHYS 103Physic Lab Work

[1]20

IIMATH 102 Stats &

Probability[3]


II [3]

COMP 102Computer

Programming[3]


[2]

PHAR 111Foundation Course in Pharmacy

[3]

ENGG 102Engineering

Project [2]


[2]


Skills II [2]

20

II

IMATH 206Statistical Analysis

[3]

PHAR 201Pharmaceutical Microbiology

[3]

PHAR 202Pharmaceutical

Microbiology Lab [1]

PHAR 203Human

Physiology & Pathophysiology

I [3]

PHAR 204Pharmacognosy I

[2]

PHAR 205Pharmacognosy

Lab [1]

CHEM 201Reaction

Mechanism & Stereo Chem. [3]

PHAR 216Inorganic

Pharmaceutical Chemistry [2]

PHAR 217Inorganic

Pharmaceutical Chem. Lab [1]

19

IIBIOL 206

Biochemistry[2]

PHAR 211Biochemistry Laboratory

[1]

PHAR 212Human


II [3]

PHAR 213Human


Lab [1]


II[2]


Lab [1]

CHEM 203 Organic Chem.

[3]


Analysis [3]


[2]

19

III

IPHAR 301Physical Pharmacy

[3]

PHAR 302Physical

Pharmacy Lab [1]

PHAR 303Pharmacology &

Toxicology I [3]

PHAR 304Pharmaceutical

Chem. of Natural Products [3]

PHAR 305Pharmaceutical chemistry Lab

[1]

INAN 301Instrumental

Analysis [3]


[2]

MGTS 301Economics

[3]


Analysis Lab I [1]

19

IIPHAR 311

Pharmacology & Toxicology II

[3]

PHAR 312Pharmacology & Toxicology Lab

[1]

PHAR 313Biological Pharmacy

[2]

PHAR 314Biological

Pharmacy Lab[1]

PHAR 315Bio

pharmaceutics & Pharmacokinetics

[3]

PHAR 316Medicinal Chemistry

[4]

PHAR 317Medicinal

Chemistry Lab[1]

MGTS 302Business

Management[3]

18

IV

IPHAR 401Pharmacy Practice I

[2]

PHAR 402HospitalPharmacy

[2]

PHAR 403Pharmacy Practice

& Hospital Pharmacy Lab

[1]

PHAR 404Industrial

Pharmacy I[3]

PHAR 405Industrial

Pharmacy Lab[1]

PHAR 406Quality

Assurance and GMP [2]

PHAR 407Quality

Assurance Lab [2]

PHAR 408Pharmacotherapeutics

[3]


Development [3]

19

IIPHAR 411Pharmacy Practice II

[2]

PHAR 412Clinical

Pharmacy [2]

PHAR 413Pharmacy practice &

Clinical Pharmacy Lab [1]

PHAR 414Industrial

Pharmacy II [3]

PHAR 415Industrial

Pharmacy & Pharmaceutical Biotech. Lab [1]

PHAR 416ForensicPharmacy

[1]

PHAR ***Elective

[3]

PHAR 418Project Work

[4]

PHAR 422Pharmaceutical Biotechnology

[2]

19


- 20 -

BSc in Applied Physics

1. Why Applied Physics?

Physics and Mathematics, endowed with a long and venerable history, continue to be dynamic disciplines with a wealth of new problems to tackle. These subjects continue to occupy central roles in the study of Natural Sciences, various technical courses, engineering and industrial applications. Data are integral part of any research or investigative process and Statistics gives us tools to analyze these data and extract useful information from it. Kee ping this essentiality in mind, KU has launched from this year the BSc in Applied Physics. It is a degree which prepares a student for either direct employment after graduation, or in the pursuit of an advanced degree.


•NonGovernmentalOrganizations(NGO)

•InternationalNonGovernmentalOrganizations(INGO)

•Banking/Finance/InsuranceSectors

•AcademicInstitutes

•Industries

•Governmentorganizations


The candidates must have passed ISc (or 10 + 2 or equivalent) with minimum of 50% marks in aggregate and 50% in PCM or Physics, Mathematics & Computer Science.



Advanced Physics Lab

Plasma Generation Lab

- 21 -

PhYS*** ElectivesCourse Code Subjects Course Code Subjects Course Code Subjects

PHYS 411 Vacuum Physics PHYS 421 Material Science PHYS 431 Energy and Environment

PHYS 412 Low Temperature Plasma and Application PHYS 422 Surface Analysis Techniques PHYS 432 Environmental monitoring and detection techniques

PHYS 413 Plasma Diagnostics Methods PHYS 423 Techniques of Thin film deposition PHYS 433 Atmospheric Physics

PHYS 414 Plasma Processing of Materials PHYS 424 Physics of liquid crystals and polymers

Courses offered by the department as electives

Year Semester Course Outlines: (8 Semester) BSc in Applied Physics Total Credit

I

IPHYS 101General Physics I

[3]

MATH 101Calculus & Linear

Algebra[3]

CHEM 101General

Chemistry I[3]

BIOL 101 General Biology I

[2]

COMP 101Computer

Foundation[2]


Skill I [2]


[2]

ENGG 101Workshop

[2]19

IIPHYS 102

General Physics II[3]

MATH 103 Linear Algebra +

Analytical Geometry[3]


[2]

COMP 102Computer

Programming[3]


Skill II[2]


[2]

STAT 101Statistics

[3]


[3]20

II

IPHYS 201

General Electronics[3]

PHYS 202Fluids Dynamics

[3]

PHYS 203Modern Physics

[3]

MATH 204General Electronics

Lab[3]

MATH 201Advanced Calculus

[3]

MATH 204Analytical Geometry

[3]

STAT 201Probability Theory

[3]

PHYS 205Project

[1]20

IIPHYS 211

Waves & Optics[3]

PHYS 212 Statistical Mechanics & Thermodynamics

[3]

MCSC 213Classical Mechanics

[3]

PHYS 214Modern Physics

Lab[1]

MATH 217Ordinary & Partial

Differential Equation[3]

STAT 221Applied Statistics

[3]


[3]

PHYS 215Project Work

[1]20

III

IPHYS 301Physics &

Environment[3]

PHYS 302Mathematical

Physics[3]

PHYS 303 Solid State Physics

[3]

PHYS 304Waves & Optics Lab

[1]

MATH 301Discrete

Mathematics[3]

MATH 302 Matrix Theory

[3]

PHYS 303Linear Programming

[3]

PHYS 304Project

[1]20

IIPHYS 311

Quantum Mechanics[3]

PHYS 312Introduction to

Relativistic Mechanics[3]

PHYS 313Electrodynamics

[3]

PHYS 314 Solid State Devices

[3]

PHYS 315Modern & Applied

Physics Lab[1]

COMP 312Computer Oriented

Project[2]

15

IV

IPHYS 401

Special Studies inEngineering Physics

[3]

PHYS 402Introduction

to Plasma Physics[3]

PHYS 403Physics of

Nano Materials[3]

PHYS 404 Photonics & Application

[3]

PHYS 405 Laser & Application

[3]

PHYS 406Basic PlasmaPhysics Lab

[1]

16

IIPHYS ***Electives

[3]

PHYS ***Electives

[3]

PHYS ***Electives

[3]

PHYS 499Project Work

[6]15


- 22 -

BE in Computer Engineering

1. Why Computer Engineering?

Computer engineering students study the design of digital hardware systems, including computers, communications systems, and devices that contain computers. They also study software development with a focus on the software used within and between digital devices. The curriculum focuses on the theories, principles, and practices of relevant areas of traditional electrical engineering and mathematics, and applies them to the problems of designing computers and the many kinds of computer-based devices.


• ResearchCenters •InformationTechnologyPark

• Industries • GovernmentOrganizations

• INGOs/NGOs • AcademicInstitutes

• SoftwareDevelopment • BankingSectors

• Corporations • Otherrelatedorganizations


Candidates should have passed ISc (or 10+2 or equivalent) with minimum of 50% marks in aggregate and 50% in PCM or Physics, Mathematics & Computer Science.



Lab Work

Computer Lab

Project Work

- 23 -

Course Code Subjects Course Code Subjects Course Code Subjects COMP 402 Network Programming COMP 474 Neural Network COMP 428 Advanced Database Management System COMP 303 Multimedia Systems COMP 475 modeling Optimization and Scheduling COMP 429 Fault Tolerant Systems COMP 404 GIS & Remote Sensing COMP 410 object Oriented Analysis and Design COMP 430 Microprocessor Based System Design COMP 416 Professional Practice COMP 421 Software Architecture COMP 431 Network Design and Management COMP 418 Real Time Programming COMP 422 Software Reuse COMP 432 Advanced Web Programming COMP 419 Image Procession COMP 423 Theory of Computation COMP 433 Management of Information Systems COMP 411 Computer Graphics COMP 424 Software Metrics and Testing COMP 434 Protocol Engineering COMP 472 Artificial Intelligence COMP 425 Program Analysis COMP 435 Logic Programming COMP 473 Speech & Language Processing COMP 476 E – Commerce MEPP 450 Human Values & Social Impact of Technology COMP 471 Expert Systems COMP 427 Advanced Operating Systems COMP 477 Knowledge Management

COMP*** Electives


Year Semester Course Outlines: BE in Computer Engineering Total Credit

I

IMATH 101

Calculus & Linear Algebra

[3]


[3]

CHEM 101 Gen. Chemistry

[3]

COMP 103 Structured

Programming [2]

EEEG 101 Basic Electrical

[3]

ENGG 101 Engg. Project

[2]

EDRG 101Engineering

Drawing [2]

ENGT 101 Comm. Skill

[2]20

IIMATH 104

Advanced Calculus [3]


[3]

ENGG 103 Lab. Work

[1]

COMP 116 Object-Orientated

Programming [3]

ENVE 101Intro. To Env. Engg.

[2]


[2]

EDRG 102 Engg. Drawing II

[2]

ENGT 102 Comm. Skill II

[2]

MEEG 101 Mech. Engg.

[2]20

II

IMATH 208

Stat. & Provability [3]

MCSC 201 Discrete Mathematics

[3]

EEEG 211Electronics Engg I

[3]

COMP 202 Data Stru. & Algo.

[3]

EEEG 202 Digital Logic

[3]

COMP 206 Comp. Project

[2]

COMP 208 Lab Works

[1]18

IIMATH 207

Diff. Eqn. & C.V.[4]

MCSC 202Numerical Method

[3]

COMP 201Computer

Architecture & Organization

[3]

COMP 204 Comm. & Networking

[3]

COMP 231Microprocessors

[3]

COMP 207 Comp. Project

[2]18

III

IEEEG 301

Instrumentation & Control

[3]

MGTS 301 Engg. Economics

[3]

COMP 301 Princ. of Prg. Lang.

[3]

COMP 307Operating Systems

[3]

COMP 302 Sys. Ana. & Dgn.

[3]

COMP 303 Cmb. Engg. Project

[2]

COMP 310 Lab Works

[1]18

IICOMP 304Operations Research

[3]

COMP 305 Database Design

& DBMS [3]

COMP 306Embedded Systems

[3]

COMP 309Advanced

Programming [3]

COMP 314Algorithms and

Complexity [3]

COMP 341 Human Computer

Interaction[3]

COMP 308 Comb. Project

[1]19

IV

ICOMP 401

Software Engineering [3]

ETEG 407 Digital Signal

Processing [3]

MGTS 403 Engineering Management

[3]

COMP 409Compiler Design

[3]

COMP ***Elective Course

[3]

COMP ***Elective Course

[3]18

IIMGTS 402

EngineeringEntrepreneurship

[3]

COMP 411 Computer Graphics

[3]

COMP 408 Internship

[6]12


- 24 -

1. Why Electrical and Electronic (Communication) Engineering?

The students taking this option are in great demand because

of ever increasing hyper-competition in telecommunications

industry around the world. The students will be able to learn about

telecommunications systems, networking, design and development

of communications hardware and software.


• Communication Sector: Radio, TV, ISP, Telephone Service

Provider, etc.

• TelecomIndustries

• AcademicInstitutionsandResearchCenter





Few scholarships are available. The University also provides few

scholarship and financial aid for needy students.

BE in Electrical and Electronic Engineering (Communication)

Lab Work

Experiment Work

Project Work

- 25 -

Course Code Subjects Course Code SubjectsETEG 425 Neural Network and Fuzzy Logic ETEG 430 Communication Systems and NoiseETEG 426 Very Large Scale Integrated Circuits ETEG 431 Digital Circuits and Systems DesignETEG 427 Satellite Communication and Broadcasting ETEG 433 Wireless NetworksETEG 428 Genetic Algorithms ETEG 434 Statistical Signal ProcessingETEG 429 Cellular Mobile Communication

ETEG*** Electives

Other courses offered as 4th year electives in the school of engineering and additional courses offered by the department as electives

Year Semester Course Outlines: BE in Electrical and Electronics (Communication) Total Credit

I

IMATH 101


[3]


[3]


[3]


Skills I [2]

COMP 103 Structured

Programming [2]

EEEG 102 Basic Circuit

Analysis [3]


Preparation & Workshop Practice [2]

EDRG 101EngineeringDrawing I

[2]

20

IIMATH 104



[3]


Skills II[2]


Programming [3]

ENVE 101Introduction to Environmental Engineering [2]


Engineering[2]


[2]

ENGG 103Laboratory Work

[1]


[2]20

II

IMATH 207

Differential Equations & Complex Variables

[4]

EEEG 202Digital Logic

[3]

EEEG 207Electrical Engineering

Materials[3]

EEEG 211Electronics

Engineering I[3]

EEEG 213Network Analysis

[3]

EEEG 217 Digital Electronics Laboratory Work

[1]

EEEG 218Analog Electronics Laboratory Work

[1]

EEEG 205 Engineering Project

[1] 19

IIMATH 208

Statistics & Probability

[3]


[3]

COMP 201Computer

Organization [3]

EEEG 214Electronics

Engineering II[3]

EEEG 215Electrical Machines

Fundamentals[3]

EEEG 219Electrical Machines Laboratory Work

[1]

EEEG 220Electronics &Analog

Filter Design Laboratory Work [1]

EEEG 212Engineering Project

[2]19

III

IMGTS 301

Engineering Economics

[3]

EEEG 313Signals & Systems

[3]

EEEG 314Microprocessors

[3

COEG 304Instrumentation &

Control[3]

ETEG 302Analog

Communications[3]

EEEG 306 Microprocessor and Instrumentation

Laboratory Work [1]

ETEG 307Analog

Communications Laboratory Work

[1]

ETEG 313Engineering Project

[1]18

IIMGTS 403

EngineeringManagement

[3]

EEEG 309Electromagnetic Fields & Waves

[3]

COEG 301Control Engineering

[3]

EPEG 315Power Systems I

[3]

EPEG 318Power Electronics

[3]

PCEG 308Power & Control Laboratory Work

[1]

PCEG 319Engineering Project

[2]18

IV

IMGTS 402

Engineering Entrepreneurship

[3]

COEG 401Control Systems

Design[3]

EPEG 413Power Systems II

[3]

EPEG 422Solid State Drives

[3]

XXXX ***Elective Course

[3]


[1]


[2]18

IICOEG 402

Computer Based Control

[3]

EPEG 415Switchgear and

Protection[3]

XXXX *** Elective Course

[3]

PCEG 405Power and Control Laboratory Work

[1]


[3]

PCEG 436Industrial Internship

[2]18


- 26 -

1. Why Electrical and Electronic (Power & Control) Engineering?

The students will acquire in-depth understanding of power

engineering, power electronics, power quality, power systems

modeling, planning, operation and control. They will be able to

contribute to the exploitation of vast hydropower potential in

Nepal.


• Powersector:ElectricityAuthorities,hydropowerstations

• Industries:ManufacturingandHotels

• AcademicInstitutionsandResearchCenters






BE in Electrical and Electronic Engineering (Power & Control)

Lab Work

Experimental Setup

Energy Roof

- 27 -

Course Code Subjects Course Code SubjectsCOEG 411 Servomechanisms EPEG 410 Hydropower and Renewable EnergyCOEG 418 Real Time Programming EPEG 411 Power System Planning and OperationCOEG 419 Multivariable Control System EPEG 414 Solid State LightingEPEG 406 Transmission and Distribution EPEG 416 Industrial ElectrificationEPEG 407 Instrumentation Systems EPEG 417 Flexible AC Transmission SystemsEPEG 408 Industrial Electronics EPEG 421 Power Transmission System DesignEPEG 409 High Voltage Engineering

COEG*** Electives EPEG*** Electives

Other courses offered as 4th year electives in the school of engineering and additional courses offered by the department as electives

Year Semester Course Outlines: BE in Electrical and Electronics (Power & Control) Total Credit

I

I

MATH 101Calculus & Linear

Algebra[3]


[3]


[3]


Skills I [2]

COMP 103 Structured

Programming [2]

EEEG 102 Basic Circuit

Analysis [3]


Preparation & Workshop Practice [2]


[2]

20

IIMATH 104

Advanced Calculus[3]


[3]


Skills II[2]


Programming [3]

ENVE 101Introduction to Environmental Engineering [2]


Engineering[2]

EDRG 102EngineeringDrawing II

[2]

ENGG 103Laboratory Work

[1]


[2]20

II

IMATH 207

Differential Equations & Complex Variables

[4]

EEEG 202Digital Logic

[3]

EEEG 207Electrical Engineering

Materials[3]

EEEG 211Electronics

Engineering I[3]

EEEG 213Network Analysis

[3]

EEEG 217 Digital Electronics Laboratory Work

[1]

EEEG 218Analog Electronics Laboratory Work

[1]

EEEG 205 Engineering Project

[1]19

IIMGTS 301



[3]

COMP 201Computer

Organization [3]

EEEG 214Electronics

Engineering II[3]

EEEG 215Electrical Machines

Fundamentals [3]

EEEG 219Electrical Machines Laboratory Work

[1]

EEEG 220Electronics &

Analog Filter Design Laboratory Work [1]

EEEG 212Engineering Project

[2] 19

III

IETEG 301

Communication Systems

[3]

EEEG 313Signals and Systems

[3]

EEEG 314Microprocessors

[3]

EPEG 302Advanced Electrical

Machinery[3]

EPEG 317Measurement & Instrumentation

[3]

EEEG 306Instrumentation & Microprocessor

Laboratory Work [1]

EPEG 307Advanced Machinery

Laboratory Work[1]


[1]18

IIMGTS 403

EngineeringManagement

[3]

EEEG 309Electromagnetic Fields & Waves

[3]

COEG 301Control Engineering

[3]

EPEG 315Power Systems I

[3]

EPEG 318Power Electronics

[3]


[1]


[2]18

IV

IMGTS 402

Engineering Entrepreneurship

[3]

COEG 401Control Systems

Design[3]

EPEG 413Power Systems II

[3]

EPEG 422Solid State Drives

[3]

XXXX ***Elective Course

[3]


[1]


[2]18

IICOEG 402

Computer Based Control

[3]

EPEG 415Switchgear and

Protection[3]

XXXX *** Elective Course

[3]

PCEG 405Power and Control Laboratory Work

[1]


[3]

PCEG 436Industrial Internship

[2]18


- 28 -

1. Why Mechanical Engineering?

The students will acquire knowledge and skill of Engineering, to initiate industrialization and to improve living standard of people in Nepal, to help harnessing hydro-power generation capabilities of Nepal through designing and developing different types and capacity of water turbines. This course helps for industrial development through automation of machines and manufacturing processes, to design and develop user-friendly and environment-friendly consumer products, and to maintain equipments properly for longer life.


• Industries• HydroPower• Renewableenergyareas,likesolar,wind,etc.• Governmentorganizations,likeDepartmentofRoads,Laborand

Transport, Nepal Electricity Authority, Nepal Army, etc.• AcademicInstitutionsandResearchCenters

• Hospital


Candidates should have passed ISc (or 10+2 or equivalent) with minimum of 50% marks in aggregate and 50% in PCM.



BE in Mechanical Engineering

Drawing Wrok

Consultation

Mechanical Engg. Workshop

- 29 -

Course Code Subjects Course Code Subjects MEPP 411 Engineering Professional Practice MEPP 426 Fundamentals of Safety Management MEPP 413 Micro–Hydro Power MEPP 429 Computer Aided Design MEPP 414 Operations Research MEPP 430 Finite Element Techniques MEPP 421 Machine Tool Technology MEPP 431 Robotics MEPP 423 Tribology MEPP 433 IC Engine Combustion MEPP 424 Fracture Mechanics MEPP 450 Human Values & Social Impact of TechnologyMEPP 425 Noise, Vibration and Acoustic MEPP 435 CrystallographyMEPP 436 Advanced Machine Design MEPP 438 Machine Vision

MEPP*** Electives


Year Semester Course Outlines: BE in Mechanical Engineering Total Credit

I

IMATH 101


[3]


[3]

CHEM 101 General Chemistry

[3]

COMP 103 Structured

Programming [2]

EEEG 101 Basic Electrical

[3]


[2]


[2]

ENGT 101 Comm. Skill

[2]20

IIMATH 104

Advanced Calculus[3]


[3]

PHYS 103 Physics Lab.

Work[1]

COMP 116 Object-Oriented Programming

[3]

ENVE 101Intro. To Env. Engg.

[2]


[2]

EDRG 102 Engg. Drawing II

[2]

ENGT 102 Comm. Skill II

[2]

MEEG 101 Basic Mech. Engg.

[2]20

II

IMATH 207

Differential Equ. & Complex Variables

[4]

MEEG 213 Material Science and

Metallurgy [3]

MEEG 216EngineeringMechanics

[3]

MEEG 217 Basic Manufacturing

Process[3]

MEEG 219Metrology

[2]

EEEG 204 Basic Electronics

[2]

MEEG 211Laboratory

[2]

MEEG 214Project

[1]20

IIMCSC 202

Numerical Methods [3]

MATH 208 Stat. & Probability

[3]

MEEG 202 Strength of Materials

[3]

MEEG 206 Theory of Machines

[3]

MEEG 207Engineering

Thermodynamics[3]

MEEG 218 Fluid Mechanics

[3]

MEEG 212Laboratory

[2]

MEEG 215 Project

[2]22

III

IMEEG 315

Machine Element Design & Processes

I [3]

MEEG 306 Heat Transfer

[3]

EEEG 301 Control Engineering

[3]

MGTS 301Engineering Economy

[3]

MEEG 309 Hydraulic Machines

[3]

MEEG 305Laboratory

[2]

MEEG 312 Project

[2]18

II

MEEG 317 Advance

Manufacturing Process

[3]

MEEG 316 Heat & Power Engineering

[3]

MEEG 318 Machine Element

Design & Processes II [3]

MEEG 308Production Planning

& Control [3]

MEEG 311Laboratory

[2]

MEEG 313 Project

[2]

MEEG 319 Industrial Training I

[1]17

IV

IMEPP 408

Maintenance Engineering

[3]

MEPP 403 Refrigeration &

Air-conditioning [3]

MGTS 401 Industrial

Management [3]

MEPP 427 Mechatronics

[3]

MEPP ***Elective Course

[3]

MEPP 404Laboratory

[2]

MEPP 406 Project

[2]19

IIMEPP 428

Renewable Energy [3]

MGTS 402 Eng.

EntrepreneurshipDevelopment

[3]

MEPP 412Automobile Engineering

[3]

MEPP *** Elective Course

[3]

MEPP 416 Project

[2]

MEPP 434 Industrial Training II

[1]15


- 30 -

1. Why Geomatics Engineering?

Geomatics Engineering is a systemic, multidisciplinary, integrated approach to selecting the instruments and the appropriate techniques for collecting, storing, integrating, modelling, analysing, retrieving at will, transforming, displaying and distributing spatially geo-referenced data from different sources with well-defined accuracy characteristics, continuity and in a digital format. Geomatics Engineering students study surveying techniques for land, cadastral, aerial, mining and engineering survey. The Geomatics Engineers will be equipped with basic science and Engineering knowledge and skills to have strong foundation in this Engineering profession.

The disciplines and techniques constituting Geomatics are:

Computer Science, Geodesy, Topography, Cartography, Photogrammetry, Remote Sensing, Global Positioning System (GPS), Geographical Information System (GIS), WebGIS, Decision Support System, Expert System.




• GovernmentMinistriesandDepartments(LandReforms,WaterResources, Roads, Works etc.)

• NepalArmy,NepalPolice

BE in Geomatics Engineering

• NepalElectricityAuthority,PrivateHydropowerCompanies

• PrivatesectorinInfrastructuredevelopmentactivities

• Consultingcompanies

• Computersoftwarecompanies

• NationalandInternationalNGO

• Internationaljobmarket

• Academicandresearchinstitutes

4. Financial Assistance:

This is a joint program of Kathmandu University school of engineering with Land Management Training Center, Dhulikhel.


- 31 -

Course Code Subjects Course Code Subjects GEOM 407 Python Programming GEOM 413 Spatial data modeling and database design

GEOM 408 Environmental Modeling GEOM 414 Digital Imaging and Applications GEOM 409 Hydrological Simulation and Modeling GEOM 415 Land Use Planning and Environmental Management GEOM 410 3-D Computer Graphics and Virtual Reality GEOM 416 Geodetic Astronomy GEOM 411 3-D Cadastre

GEO*** Electives


Year Semester Course Outlines: BE in Geomatics Engineering Total Credit

I

I

MATH 101 Calculus & Linear

Algebra [3]


[3]


[3]

ENGT 101Communication Skills English I

[2]

COMP 103Structure

Programming Language

[2[


Engineering[3]

ENGG 101 Engineering Project I

[2]


[2]20

IIMATH 104



[3]

ENVE 102Introduction to Envt.

Engineering[2]

ENGT 102 Communication

Skills II [2]

COMP 116Object Oriented Programming

[2]

MEEG 101 Basic Mech. Engg.

[2]

ENGG 102Engineering Project II

[2]


[2}

ENGG 103 Lab [1]

20

II

IMATH 207

Different Equation & Complex variables

[4]

MATH 205Trig no me try and


GEOM 101 Introduction

to Surveying & Geomatics

[3]

GEOM 202Control Surveying

[4]

GEOM 205Topographical

Surveying[3]

GEOM 203Field Surveys I

[4]

GEOM 207Engineering Project

III[2}

22

II

MATH 208 Statistics & Probability

[3]

COMP 204Data Communication & Computer Network

[3]


[3]

GEOM 206Cartography

[3]

GEOM 204Geographical

Information Systems [3]

CEEG 201Basic Civil

Engineering[3]

GEOM 208 Engineering Project

IV[2]

20

III

IMGTS 301


[3]

COMP 305 Database

Management [3]

GEOM 316Photogrametry

[4]

GEOM 317Physical Geodesy

[3]

GEOM 303 Engineering &

Construction Survey [3]

GEOM 304Field Surveys II

[4]

GEOM 312Engineering Project V

[2]22

IIGEOM 306

Land Administration[3]

GEOM 307Theory of Errors and

Adjustment[2]

GEOM 313Modern Cartography

[2]

GEOM 319Computational

Geomatics[3]

GEOM 310Cadastre

[3]

GEOM 315Satellite Geodesy

[3]

GEOM 314Engineering Project VI

[2]

18

IV

IGEOM 401

Survey Project Management

[3]

GEOM 402Remote Sensing

[3]

GEOM 403 Engineering Ethics

and Professional Practice [2]

GEOM 404Field Surveys III

[4]

GEOM 406Spatial Data

Infrastructure[2]

GEOM 4**Elective I

[3]

GEOM 405Web GIS

[3]20

IIMGTS 402

Entrepreneurship Development

[3]

GEOM 4**Elective II

[3]

GEOM 410Final Independent

Project [4]

GEOM 412Internship

[3] 13


- 32 -

1. Why Civil Engineering with specialization in Hydropower Engineering?

Infrastructure development is the backbone of any nation for economic prosperity. It should be financially viable, socially acceptable and ecologically sustainable. Civil engineering encompasses the important branches of engineering science to develop and maintain sustainable infrastructures covering a wide-range of specialized fields that address all the above disciplinary knowledge from all fields of science and technology. Nepal's present aspiration is to build hydropower projects for her economic development. The vision to install 25 GW in twenty years is far reaching ambition that must be addressed from all levels of the society to realize it. It is, thus, vital to increase in-house capacity to plan, design, implement, operate and maintain hydropower plants of all scale. Realizing this fact, it is imperative for educational institutions like Kathmandu University to be proactive in producing quality human resources that can directly be involved in such projects and can lead nation achieving this goal. The main objectives of the course are:

• To produce competent and development oriented skilledengineers to address the need of hydropower industry

• Toenhanceindigenousaswellasglobaltechnologythroughresearch, development and education



BE in Civil Engineering (Specialization in hydropower)


•HydropowerIndustries

•GovernmentalOrganizations

•NGOs/INGOs

•Academia

•ConsultingFirms

•Contractors

•DevelopmentBankingSectors

•ResearchCenters



Field Work Field Work

- 33 -

Course Code Subjects Course Code SubjectsCIEG 313 Computer Aided Architecture & Engineering Design CIEG 314 System Analysis and DesignCIEG 315 Energy Technology and Natural Resources CIEG 316 Geotechnical EngineeringCIEG 317 Tunnel Engineering CIEG 318 Computational Hydraulics CIEG 319 Headwork Design and Operation CIEG 320 Sedimentation EngineeringCIEG 321 Earthquake Engineering CIEG 322 Structural Analysis of Hydraulic StructuresCIEG 323 Project Operation and Maintenance CIEG 324 Irrigation EngineeringCIEG 325 Water Supply and Sanitary Engineering CIEG 326 Human Values & Social Impact of TechnologyCIEG 327 Water Resources Management

CTEG*** Electives


Year Semester Course Outlines: BE in Civil Engineering (Specialization in hydropower) Total Credit

I

IMATH 101


[3]

PHYS 101 General Physics I

[3]


[3]

ENGT 101Communication Skills

English I [2]

COMP 103 Structure

Programming [2]


Engineering[3]

ENGG 101Engineering Project I

[2]

ERDG 101EngineeringDrawing I

[2]

20

IIMATH 104

Advance Calculus [3]

PHYS 102 General Physics II

[3]

ENVE 101Introduction toEnvironmental Engineering [2]

ENGT 102CommunicationSkills English II

[2]

COMP 116 Object Oriented Programming

[3]


Engineering[2]

ENGG 102Engineering Project II

[2]

EDRG 102EngineeringDrawing II

[2]

ENGG 103Lab[1]

20

II

IMATH 207

Differential Equ. & Complex Variables

[4]

MATH 205Trigonometry &


CIEG 201Construction Materials & Concrete Technology

[3]

CIEG 202Engineering Survey I

[3]

CIEG 203Applied Mechanics

[3]

CIEG 204Fluid Mechanics

[3]

CIEG 205Engineering Project III

[2]

21

IIMATH 208

Statistics & Probability[3]

CIEG 206Engineering Hydrology

& Sedimentology[3]


[3]

CIEG 207Engineering Survey II

[3]

CIEG 208Strength of Materials

[3]

CIEG 209Engineering

Geology[3]

CIEG 210Engineering Project IV

(Survey Camp)[2]

20

III

IMGTS 301

Engineering Economics[3]

CIEG 301Hydraulics & River

Engineering[3]

CIEG 302Hydraulic Structures

[3]

CIEG 303 Soil & Rock Mechanics

[3]

CIEG 304 Hydropower Engineering

[2]

CIEG 305HydraulicMachines

[3]

CIEG 306Structural Analysis I

[3]20

IICIEG 307

Structural Analysis II[3]

CIEG 308 TransportationEngineering

[3]

CIEG 309Reinforced Concrete Structures Design

[3]

CIEG 310 Data Analysis & Management

[3]

CIEG 311Estimating & Valuation

[2]

CIEG 312Electrical Power

Engineering[3]

CIEG 313*** Elective

[3]20

IV

ICIEG 401

Foundation Engineering

[3]

CIEG 402Steel & Timber

Structures Design[3]

CIEG 403Construction

Planning & ProjectManagement [3]

CIEG 404Environmental

Impact Assessment[3]


Development[3]

CIEG 405Engineering Project

Formulation V(Hydropower Engg)

[3]

CIEG 406Engineering Ethics &Professional Practice

[2]20

IICIEG 407

Field-based ProjectWorks/Internship

[3]

MGTS 402 Eng. Entrepreneurship

Development[3]

15


- 34 -

The administration of Kathmandu University reserves the right to make changes in the requirements for admission, for continuing in

the course, and for graduation, in the content of courses, the fees charged, regulations affecting students, or make any other suitable

modifications, without prior notice, should these be deemed necessary in the interests of the students, the university or the profession.

Academic Programs at KU School of Science

Level Program

Bachelor

BTech in Biotechnology

BTech in Environmental Engineering

Bachelor of Pharmacy

BSc in Environmental Science

BSc in Computer Science

BSc in Human Biology

BSc in Applied Physics

Master

MSc in Environmental Science

Master of Pharmacy

Post Baccalaureate Doctor of Pharmacy

MS by Research

MPhilChemistry/ Mathematics/ Statistics / Physics

Environmental Science

PhD

Pharmacy & Pharmaceutical Sciences

Mathematics / Statistics/Physics

Environmental Science

Level Program

Bachelor

BE in Computer Engineering

BE in Electrical & Electronic Engineering (Communication)

BE in Electrical & Electronic Engineering (Power & Control)

BE in Mechanical Engineering

BE in Geomatics Engineering

BE in Civil Engineering (Specialization in Hydropower)

Master

ME in Electrical Power Engineering (International Program)

Master in Planning & Operation of Energy Systems

(International Program)

ME in Computer Engineering

ME in Communication Engineering

ME in Mechanical Engineering

MTech in Information Technology

MS by Research

PhDMechanical Engineering/Computer Engineering/

Civil Engineering

Academic Programs

Academic Programs at KU School of Engineering

- 35 -

Photo Gallery

School of Science

School of Engineering

- 36 -

a brief history - :: kathmandu universityku.edu.np/admission/undergraduate2012.pdf · ·...

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