Department
Department of Industrial and Systems Engineering
Department of Industrial and Systems Engineering:
Areas include Production Systems, Quality Management, Management Technologies, Operation Research, Manufacturing Systems, and Information Systems, Human Factors Engineering, etc. In addition, students are divided into two groups: engineering group and management group.
Engineering Group:
Sustainable Engineering, Smart Manufacturing, System Engineering, Semiconductor Processing, Occupational Safety and Health.
Management Group:
Sustainable Development and Management, Manufacturing Management of High-tech Industry, Project Management, Semiconductor Process Management, Management Information.
Department of Electronic Engineering
It is divided into four groups: semiconductor group, chip design group, communication system group, and artificial intelligence group.
Semiconductor Group:
Optoelectronic Semiconductor, such as Circuit Device on the Memory, Solar Cell, Green Power Technology.
Chip design group:
IC design, System Chip Design, Digital Circuit, Analog Circuit, Medical Electronics, Embedded Design.
Communication System Group:
High-Speed Digital Circuits, Electromagnetic Interference and Radiation Suppression Design, Circuit System Power Integrity.
Artificial Intelligence Group:
Circuit Implementation of Artificial Intelligence and Deep Learning, Electronic Design
Department of Electrical Engineering
It includes four aspects: Power and Energy, Intelligent Control, Communication, and Electronic Circuit.
Power and Energy Group:
Power Quality, Power Distribution System Planning and Dispatch, Energy Liberalization, Renewable Energy.
Intelligent Control:
Control Theory and Application, System Design and Application, Nonlinear Control, Motor Driver and Control.
Communication Group:
Digital Signal Processing, Digital Communication, Networking Engineering, Wireless Communication, Cyber Security.
Electronic Circuit Group:
Power Electronics, Filter Design, Amplifier Design and Analysis, RC Active Circuit Design.
Department of Information & Computer Engineering
Divided into four groups: Hardware, Software, Multimedia, and Network.
Hardware Group:
System on Chip and Digital IC Design, AI Accelerator and Arithmetic Unit Design, Integrated Circuit Synthesis and Design Automation.
Software Group:
Big Data Analysis, Database System, Internet Application, Data Streaming, Assisted Program Design.
Multimedia Group:
Image Processing, Video Processing, Computer Vision, Biomedical Image, Quantum Computer and Quantum Information, Multimedia Information Retrieval.
Network Group:
System and Cyber Security, Network Protocol, Video on Demand, Peer-to-Peer Network.
Undergraduate Program in College of Electrical
Engineering and Computer Science
Adopting the “study-based” combined system of study,the four departments of Industrial and Systems Engineering,Electronics, Engineering, and Electrical Engineering have planned the professional development areas into 11 courses. Students will obtain the qualification after completing two major courses and one minor course. Graduation qualifications for these courses include:
Industrial and Systems Engineering Field Planning:
Production Management, Quality Management, and Business Management Courses.
Electronic Engineering Field Planning:
Semiconductor and Circuit Design Courses.
Information Engineering Field Planning:
Information Hardware, Information Software, Information Application Courses.
Electrical Engineering Field Planning:
Power and Energy, Control courses.
Electronic Engineering and Electrical Engineering are jointly planned:
Communication Course.
Program in Intelligent Computing and Big Data
Divided into three groups: Artificial Intelligence, Big Data Analysis, and Quantum Computation.
Artificial Intelligence:
Computational Power Training, Applications of Machine Learning and Information Processing, Implementation of Hardware Circuit for AI Algorithms, Development of AI Network Chips.
Big Data Analysis:
Social Network Analysis, Design and Analysis of Data Graph Models, C Language Programming for IoT Embedded Systems Design, From Linear Algebra to the Theory and Practice of Data Science.
Quantum Computation:
Quantum Algorithms, Quantum Optimization Theory and Implementation, Quantum Communication Security, Applications of Quantum Technology.
Chung Yuan Christian University and University of Wisconsin at Milwaukee Undergraduate Dual
Degree Program in Electrical Engineering and Compute Engineering (UWM)
This specialized class is taught entirely in English and conforms to American university curriculum standards. Courses are taken at our school during the freshman and sophomore years. This academic planning course can be fully recognized as credits from the University of Wisconsin in the United States; in the junior and senior years, students can go to the University of Wisconsin-Madison to study. When studying at the Milwaukee campus, you can choose to study for a bachelor’s degree in Electrical Engineering Field or Information Engineering Field. Through the solid professional course training of our school and UWM and the liberal arts education, students will be able to cultivate both language and Electrical engineering capabilities, enhance cross-cultural thinking, and build international competitiveness in the workplace.