BEng (Hons)
in Electronic and Communication Engineering
電子及通訊工程學榮譽工學士
Programme Requirements
Core Courses: 48 Credit Units
Course
Code |
Course
Title |
Credit
Units |
EE2000 |
Logic Circuit Design |
3 |
EE2104 |
Introduction to Electromagnetics |
3 |
|
EE2108 |
Engineering Analysis |
3 |
| EE2109 |
Electronic Circuits |
3 |
EE2301 |
Basic Electronic Circuit |
3 |
EE2372 |
Electronics Laboratory |
1 |
CS2363 |
Computer Programming |
3 |
MA2149 |
Mathematical Analysis
|
3 |
| EE2004 |
Microprocessor Systems |
3 |
EE3003 |
Electronic Product Design |
2 |
EE3008 |
Principles of Communications |
3 |
EE3013 |
Engineers in Society |
0 |
EE3110 |
Analogue Electronic Circuits |
3 |
EE3118 |
Linear Systems and Signal
Analysis |
3 |
MA3150 |
Advanced Mathematical
Analysis |
3 |
EE4091 |
Engineering Training I for Electronic and Communication Engineering |
0 |
EE4092 |
Engineering Training II for Electronic and Communication Engineering |
0 |
EE4182/
FS4003 |
Project/ Co-operative
Education Scheme (CES) Placement Project |
9 |
Elective Requirement: 24 Credit Units
The Technical Electives are divided into two groups and are offered in the evening. Students are required to take technical elective courses of at least 24 CUs (8 courses) where at least 9 CUs (3 courses) must be obtained from Level 3 electives, and 15 CUs (5 courses) must be obtained from the Specialized Electives.
Level 3 Electives ( 9CU ): Choose 3 out of 5 electives
Course
Code |
Course
Title |
Credit
Units |
EE3101 |
Communication Engineering |
3 |
EE3109 |
Applied Electromagnetics |
3 |
EE3114 |
Systems & Control |
3 |
EE3115 |
Applied Optoelectronics Devices |
3 |
EE3132 |
Microelectronic Circuit Designs |
3 |
Non-exhaustive list of Specialized Electives (15 CU): Choose 5 electives
Course
Code |
Course
Title |
Credit
Units |
EE4015 |
Digital Signal Processing in Communications |
3 |
EE4035 |
Optical Communications |
3 |
EE4036 |
Wireless Communications |
3 |
EE4045 |
Computer Controlled Systems |
3 |
EE4047 |
Genetic Algorithms and Their Applications |
3 |
EE4101 |
Modern Power Electronics |
3 |
EE4104 |
Advanced CMOS Circuit Designs |
3 |
EE4105 |
Laser Applications |
3 |
EE4106 |
Radio Frequency and Microwave Techniques |
3 |
EE4107 |
Foundations for Microwave Solid State Circuits |
3 |
EE4108 |
Fundamentals of Antenna Design |
3 |
EE4115 |
Audio-Visual Engineering |
3 |
EE4142 |
Guided Wave Optoelectronics |
3 |
EE4146 |
Industrial Informatics |
3 |
EE4209 |
Digital Audio Technology |
3 |
|
