One of the best institutes in Taiwan for the education and training of professionals in Electrical Engineering. The research emphases include: low-power/low-voltage system-on-chip (SoC), intelligent home robots,

intelligent and high-quality multimedia processing, smart grids, renewable energy, power electronics, and electro-magnetic transceivers as wearable devices for home care application.

Visit our website at http://www.ee.ccu.edu.tw/main.php. We want you!!

Computer Engineering Group

Artificial intelligence, Computer vision, Robot vision, Humanoid robots, Robotic control, Software engineering, Mobile robots, Intelligent vehicles, Intelligent transportation system, Human-computer interaction, Embedded system, Intelligent agents We develop intelligent systems, including artificial intelligence and computer vision. A number of industry and government funded projects are available for student support.

Electrical Power, Renewable Energy, and Power Electronics Group Smart grid design, Renewable energy integration, Power system analysis, Power quality, Energy economics and management, Control systems, Mechatronics integration, Electric motor drives, Power electronics. This group has many government and industry-university collaboration projects, and often joins the competition and gets many rewards. This group provides high scholarship to postgraduates from foreign countries, and welcomes international students to join us.

Signal Processing and Multimedia Communication Group Digital video broadcast, 3D audio/video, 3DTV, 3D depth camera, Computer vision and pattern recognition, Biomedical signal processing and diagnosis, Computer-brain interface, Video surveillance, Video compression/networking, Visual/audio recognition for smart home, Big data analysis for video, Intelligent transportation system, . We have many government and industry-university projects to support RA scholarships. We have several international students and offered many English-taught courses.

System-on-Chips Group Designs for IoT: (1) Low-power & ultra-low-voltage micro-controller, memory, ADC/DAC, and power management SoC, (2) Sensor interface, transducer, and energy harvesting, (3) EDA for analog circuit, low-power digital, and variation-resilient design. You can learn how to design integrated circuits: algorithm development, function verification by CAD tools, implementation and measurement. This group publishes many papers in prestigious international conferences/journals (e.g. ISSCC, JSSCC).

Electromagnetic Techniques and Integrated Systems Group Micro-millimeter wave transceiver ICs and integrated devices, 5G massive antenna transceiver systems, electromagnetic(EM)-wave propagation and characterization, EM vital signal detection, EM micro-positioning for medical surgery and intelligent machining.

You will learn hand-on skills and knowledge in microwave and millimeter-wave ICs, array beamforming, and radar applications. Our students have been the winners in top international deign competitions (e.g., IEEE IMS, EMC, and APMC) since 2008.

We want YOU !

Department of Electrical Engineering (EE) National Chung Cheng University, Taiwan

• Programs and Establishment MS Program: since August 1990 BS Program: since August 1992 PhD Program: since August 1993

• Position in Taiwan EE’s Public university First-tier research-oriented EE Department

• Annual research fund ranges from USD 4~8M • 26 faculty members, all with Ph.D. degrees • 325 undergraduate students, 297 master and doctoral students

Ranked within the first 5% in all Computer Science Departments in Taiwan! Research emphases include: networking, cloud computing, big data, internet-of-things, cyber-physical systems,

systems-on-chip, multimedia signal processing such as medical signal processing, biometric authentication. Welcome to visit department website http://www.cs.ccu.edu.tw/.

System-on-Chip and Embedded Systems Group SoC design, embedded systems design, low-power optimization, program optimization, hardware-software cosimulation, ultra-low voltage MPU design, multicore processor design, real-time indoor locating, mixed-signal IC design, all-digital phase-locked loop We are focused on the core technologies for System-on-Chip and embedded system design. There are numerous collaborations between the industry and this group.

Networks & E-Learning Group Software-defined networks, ubiquitous computing, cyber-physical systems, internet-of-things, e-learning systems, mobile computing, distributed systems, telecommunication, body sensor network, e-healthcare, network security, cloud-based multimedia streaming. We emphasize on the research of the latest technologies in networking and e-learning. We are currently conducting several large government and industry-university collaboration projects.

Computation Theory Group Machine learning, keyword auction, computational artificial intelligence, bioinformatics, NUCloud, information system design, algorithm design, visualization for social networks, creative intelligence. We are devoted to the basics of computation theory, including artificial intelligence and social networks. Our contributions have won several best paper awards in major conferences.

Systems and Software Group Cyber-physical systems, smart traffic design, smart grid optimization, smart home, reconfigurable systems, temporal-spatial data processing, compiler, fast boot technology, software testing, Chinese medicine diagnosis and information system design. We are focused on the core technologies for system design, including the world-famous fast boot technology developed by this group. We have several core technology transfers to the industry and very good academic contributions in terms of system design.

Multimedia Signal Processing Group Target tracking using multiple video cameras, retinal vascular tree reconstruction, aesthetic perception, rhythm of motion extraction and cross-media alignment, multi-exposure image fusion, optical imaging, remote sensing, face recognition, human action analysis.

We are focused on the main technologies in multimedia signal processing. We have several industrial collaborations and long-term research projects. Students will receive complete training in multimedia signal processing techniques.

Department of Computer Science & Information Engineering (CSIE) National Chung Cheng University, Taiwan

• Programs and Establishment MS Program: since 1989 BS Program: since 1992 PhD Program: since 1993

• Annual research fund ranges from USD 2~4M • 26 faculty members, all with Ph.D. degrees • 377 undergraduate students, 271 master and doctoral students

Xilinx Zynq7020 FPGA

The Department of Communications Engineering at National Chung Cheng University was established in 1999,

in which the MS program was first initiated. The BS and PhD programs were later launched in 2003 and 2006, respectively. We are the only Communications Department that offers complete BS, MS, and PhD programs among all the national universities of southern Taiwan, and has already been recognized as a domestic leader in several fields.

The Department of Communications Engineering fosters a vigorous academic environment in both education and research. Our mission is to produce highly qualified graduates with solid backgrounds in the area of communications engineering in order to accommodate the demands from both the academia and industry. We currently have 300 students and 19 tenure-tracked faculty members (all have PhD degrees) researching in the following two major research areas: Communications Systems and Communication Networking. Students are expected to receive thorough training in the whole spectrum of the communications technology, and become leaders in their chosen career after graduation.

Visit our website at http://www.comm.ccu.edu.tw/

Communications Systems 5G Mobile Communications Systems, Spread Spectrum Communications, Error Correction Codes, Personal and Mobile Communications, Multi-user Detection, Orthogonal Frequency Division Multiplexing, Baseband Transceiver Design, Multiple-Input-Multiple-Output (MIMO) Communications CCU Communications Systems Group aims at developing new wireless strategies and signal processing algorithms fostering reliable high-speed communications. Some of our ongoing research projects include 5G massive antenna systems, baseband transceiver architectures design, and advanced coding schemes for communications and video applications. Our team is the first one that initiates the university-industry project in 5G research issue in Taiwan.

Communication Networking Software-Defined Network, Wireless Sensor Network, Next Generation Mobile Communication, Emerging Network Architecture, Network Modeling and Analysis, Network Security, Optical Network, Internet of Things The Communication Networking Group has an eye toward investigating effective solutions of heterogamous networks in autonomous and dynamic environments. Our present focus areas include, but are not limited to, routing, wireless network, QoS, multicasting, security and privacy, optical network, network optimization, Internet of things and applications. Each of CNG professors leads a research laboratory, and they cooperate in close relationship on particular focus areas/projects sponsored by Taiwan Government or private companies.

Department of Communications Engineering (CommE) National Chung Cheng University, Taiwan

Department of Mechanical Engineering

National Chung Cheng University, Taiwan

Department of Mechanical Engineering http://deptime.ccu.edu.tw/deptime_new/about/history_eng_show.php

Email deptime@ccu.edu.tw

Program and Application Domains

Research Emphasis Our research and development are prepared for careers in mechanical

engineering, develop lifelong learning skills, and advance the science and

technology of mechanical engineering through multidisciplinary research

in selected focus areas. There are four Interdisciplinary Research Centers

and three advance research laboratory in our department. All of the

research centers have been integrated as part of the core sites of the

research institute of CCU AIM-HI (The Advanced Institute for Manufac-

turing with High-tech Innovations).

The Faculty of Mechanical Engineering provides RA(research

assistant) and TA(teaching assistant) for both domestic and

international outstanding graduate students. Part of this support

may include research grant support, external scholarship support

from Industry, and Graduate Teaching Assistantships.

Scholarships

Mechanical engineering graduates with M.S. degree are sought in

almost all sectors of the industry. Our graduates are especially

recognized as highly qualified engineer who possesses solid

academic knowledge as well as technical capability.

Earning your graduate degree in ME CCU is a promise to your

carrier as mechanical engineer. Make a right decision in investing

in your future --join us at ME CCU.

Carrier

Make a right decision in

investing in your future!

Join us now!

Major research topics and evolution in

Precision Molding Research Center

The team of Nanotechnology successfully inte-

grated the nano-scale positioning ability of

scanning probe microscopy (SPM), surface

measuring, and depth sensing technique.

The Leading Edge Processing Rolling and

Forging Technology Center developed a

numerical tool to simulate the precision

finish rolling process for steel sheet manu-

facturing

The Precision Transmission Laboratory

conducted gear design and analysis.

Research Lab for Micro/Nano Bio-medical

System is working on fundamental flow-

science on micro-electro-mechanical-systems

(MEMS) and Nano-technology applied to Bio-

medical.

The CAPSTONE course

The Department was founded in 1991. It has a faculty of 23 members and 400 undergraduate stu-

dents, 180 M.S. students, and 33 Ph.D. students. All faculty members gained Ph.D. degree from re-

nowned universities. As the campus CCU is closed to the Precision Machinery Technology Corridor and

the Science Park in central Taiwan, the Department enjoys collaborative resources with the industries

in the area and has gained recognition for precision machinery and advanced manufacturing research.

Majority of faculty members had substantial industrial experiences, our education emphasizes on fun-

damental sciences and engineering without losing sight of industrial relevance. Over 60% of our annual

funding comes from projects directly collaborating with industries. Our study programs have been

accredited by the Institute of Engineering Education Taiwan (IEET) since 2008.

Our Department offers undergraduate and graduate and Ph.D. program that

prepare our graduates with the technical and leadership skills. Major courses in

the M.S. and Ph.D. programs will be taught in English. The courses are arranged

in four basic disciplines:

● Structural Mechanics and Advanced Materials,

● Machine Design and Manufacturing,

● Fluid Mechanics, Thermo-Engineering

● Automation and Control

The five application domains are:

● Precision Machinery Technology and Machine Tools,

● Opto-Mechatronics,

● Nanotechnology and MEMS,

● Biotechnology and Biomedical Engineering

● Energy Technology

●Tribology and Surface Texture

●Nanomechanics and Nanotechnology

● Semiconductor Fabrication

●Haptic Dental Simulator for

Computer-Aided Surgery

●3D Additive Manufacturing

Techniques

● Mold Flow and Simulation

Analysis (CAE) ●Steel hot-roll & cold-rolled process

●Advanced metal forming and process simulation

●Laser materials processing

●Smart Feed-Drive System

●Intelligent PC Based Controller

●Wireless embedded sensors

●Fatigue and life estimation

Research Centers

Contact Information: Department of Chemical Engineering, National Chung Cheng University, # 168, Sec. 1, University Rd., Min-Hsiung Township, Chia-Yi County 621, Taiwan(R.O.C.) Tel: 886-5-2720411 ext 23401 Fax: 886-5-2721206 Email:chemeng@ccu.edu.tw Website: http://web.che.ccu.edu.tw

Department of Chemical Engineering of NCCU is a well-established research institute in Taiwan. Research projects are mostly

granted form Ministry of Science & Technology and Ministry of Economic Affair of Taiwan, and from private industrial

sectors such as Taiwan Petroleum Corp., Formosa Plastics, Industrial Technology Research Institutes (ITRI), etc. The

department has received the significant annual industrial research and academic research awards from the respective Chemical

Engineering Society (Outstanding Academic Research Award) and from Polymer society (Industrial Technology Award) of

Taiwan in 2015. In addition, two of the faculty members have received the respective Outstanding Research Award and the

Young Scholar Award of NCCU in 2015.

Currently, the department has 13 full time (10 professors, 2 associate professors and 1 assistant professor) faculty members and

received 25 research grants in the 2015/2016 fiscal year. Graduate students enrolled in the department have the opportunity to

participate in various areas of research and career training depending on the projects received by their respective research

advisers. Despite this, the department has built up its established research strength and main focus in the following areas:

Department of Chemical Engineering National Chung Cheng University, Taiwan

Research Interests:

Pursuing advanced technologies in bio-technologies, including fermentation, enzyme reactions,

separation & purification of bio-products, and recombination of industrial micro-organisms.

The automation of chemical processes, including intelligent process control, robust

multivariable process control, process diagnosis and their applications in catalytic distillation

column.

The development of new catalysis technologies for selective syntheses of high purity fine

chemicals, which have great demand in Taiwan’s electronic and petrochemical industries.

The synthesis of precision polymers, organic-inorganic hybrids, optoelectronic polymers, and

viscoelastic polymeric materials.

The development of key technological for uses in the syntheses of new alloys for electronic,

metallurgical and solder applications.

Simulation, optimization and analyses of a chemical processes and the rheology of a polymeric

fluid to achieve debottleneck in an industrial production line.

The development of technological break-through in the syntheses and applications of

nanomaterials, including carbon nanotubes, metal nanoparticles and nanorods.

The development of the key material technologies, including the synthesis of fine ceramics,

optoelectronic materials and high performance engineering plastics for use in Electronic and

semi-conductor industries.

No.168, Sec. 1, University Rd., Min-Hsiung Township, Chia-yi County 621, Taiwan (R.O.C.) Website: http://ome.ccu.edu.tw/ E-Mail: deptgioom@ccu.edu.tw Tel: 886-5-2720411 Ext.23601 Fax: 886-5-2724036

Witnessing a rapidly increasing need of engineers with not only a particular domain expertise but also possessing diverse interdisciplinary skills, the National Chung Cheng University founded its Graduate Institute of

Opto-Mechatronics on August 1st, 2001. Its mission is to educate engineers with integrated multidisciplinary knowledge encompassing mechatronics, precision machining and manufacturing, opto-electronics, MEMS

(micro-electromechanical systems), and nanotechnology.

Graduate Institute of Opto-Mechatronics National Chung Cheng University, Taiwan

Faculty Li,Yuan-Yao Professor (Chairman)

Nano-materials manufacture, Optoelectronic display components, Semiconductor manufacturing process, Solar cells, and Fuel cells.

Wang, Ching-Wu Professor

Organic and inorganic electroluminescent devices and displays, Solar cells, and Optoelectronics engineering.

Wang,Hsiang-Chen Professor

Optoelectronic semiconductor materials and devices, Solid state lighting, Optical system design, Ultrafast laser spectroscopy, Color engineering, Color image recognition system.

Hsu, Chia-Chen Professor Optical physics, Laser physics, Nonlinear optics, Polymer optics, and Nano-optoelectronics.

Tsai, Meng-Shiun Professor Smart Materials and Structures, Vibration Control, Acoustics Control, Robust Control

Tsiang, Chien-Chao Professor

Synthetic Polymer Chemistry, Polymer processing, Keidanren copolymer, Polymer nanocomposites, Thermoplastic rubber, Polymer light-emitting diodes, and Organic-inorganic hybrid polymer

Wei, Tai-Huei Professor Nonlinear physics and Phototronic physics.

Ting, Chu-Chi Associate Professor

Garphene composite materials, ZnO nanorods, Visible and IR quantum dots, and Down and up-conversion Fluorescence nanomaterials.

Hsieh,Ya-Ping Associate Professor

Optoelectronic semiconductor materials and devices, Nano-phototronic materials, and Manufacturing and detection of carbon nanotubes and graphene components.

Lu,Ming-yen Associate Professor

Nanodevice for optoelectric and energy applications, Dynamic study of material junctions, Synthesis of nanostructures, and Advanced electron microscopy analysis.

Liu, Chien-Sheng Associate Professor

Scanner for 3D printer, Laser-based Auto-focusing Module, Applications of Cell Phone Camera Modules, Opto-electronics Sensing, Pulse Laser Photography

Yu, Gwo-Ruey Associate Professor Control systems, Artificial intelligence, Mechatronic integration, and Signal processing.

Research direction Advanced lighting and display technologies Micro- and nano-opto-electro-mechanical technologies

Educational goal Educating students with scientific and technical knowledge in

multidisciplinary Fostering creativity and innovation in opto-mechatronics

engineering students Educating students with engineering ethics and responsibility

for the society Enhancing student’s global and sustainability views

Introduction The institute is the first

graduate institute of Opto-Mechatronics in Taiwan.

The institute has been accredited by the Institute of Engineering Education of Taiwan (IEET) since 2009.

The Institute has been advanced by faculty members’ involvement in international academic organizations.