Master in Electrical and Information Engineering

Release time: 2018-05-15      Source:

* This program offers broad, balanced and innovative curricula, focusing on both fundamental theories and cutting-edge technologies in Electrical Engineering, Control Science and Engineering, as well as Information and Communication Engineering. The curricula consists of a carefully selected set of various courses, which cover the most popular topics that are offered by the world’s top 20 universities in the field of electrical and electronic engineering (EE). During the program, the student will take 5 compulsory courses, and choose more than 4 out of 16 elective courses from the three majors (Electrical Engineering, Control Science and Engineering, Information and Communication Engineering) according to his/her research interest, and therefore to meet the request of credits. After the course learning, each student is required to take a project with the supervision of his/her advisors.

* This program aims to foster competitive EE professionals with comprehensive and solid knowledge on Electrical Engineering, Control Science and Engineering, Information and Communication Engineering, excellent academic merits and global perspectives to meet the demands of international electronic industry.

* Graduates will be able to apply their abilities, talents, and insights creatively and productively in fields and professions beyond those explicitly represented in, or anticipated by, the EE curricula.  

 

1. General Degree Courses: Chinese (2 credits), General Chinese (2 credits)

2. Major-related Degree Courses (>=10 credits)

 Course Name

Credit

Credit Hour

Detecting and Diagnosing Techniques of Electrical Insulation

2

32

Control Theory of Motors

2

32

Nonlinear Control Systems

2

32

Advanced Signal Processing

2

32

Wireless Communications

2

32

3. Major-related Optional Courses (>=8 credits)

Course Name

Credit

Credit Hour

Adaptive control system

2

32

Robust Control

2

32

Wireless Sensor Networks technology and Application

2

32

System Identification and Control

2

32

Complex Network Theory and Its Applications

2

32

Brain Cognitive and Information Processing

1

16

Autonomous Robots: Perception and Navigation

1.5

24

Energy Conversion and Intelligent Control

2

32

Electrical Power System with Renewable Energy Resources

2

32

Power Electronics for Modern Power Systems

2

32

Control of Electrical Drives and Power Converters

2

32

Multimedia Information Analysis and Retrieval

2

32

Multimedia Compression and Communications

2

32

Optical Fiber Communications

2

32

Speech Processing

2

32

Intelligence and Vision Guided Autonomous Vehicles

2

32

4.  Seminar/Academic Exchange, 2 credits

5.  Graduation thesis / Project report, 6 credits