The minimum requirement for the degree of Bachelor of Science in Electrical Engineering is 129 semester credits. Of the minimum 129 semester credits, 56 are for required courses, 17 are for required elective courses, 32 are for holistic education courses and 23 are for elective courses (including 18 for major courses and 5 for others) .
1. Holistic education courses (32 Credits)
| Introduction to University Studies |
2 Credits |
Philosophy of Life |
4 Credits |
| Professional Ethics |
2 Credits |
Chinese |
4 Credits |
| Foreign Language |
4 Credits |
History & Culture |
4 Credits |
| Physical Education |
0 Credit |
Military Training |
0 Credit |
| General Courses |
12 Credits |
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2. Required subjects (56 Credits)
| General Physics(I)(II) |
6 Credits |
Calculus(I)(II) |
6 Credits |
| Introduction to Computer Science |
3 Credits |
Computer Programming |
3 Credits |
| Introduction to Computer Science Lab. |
1 Credit |
Computer Programming Lab. |
1 Credit |
| Engineering Mathematics-Linear Algebra |
3 Credits |
Engineering Mathematics-Partial Equations |
3 Credits |
| Engineering Mathematics-Probability Theory |
3 Credits |
Signals & Systems |
3 Credits |
| Logic Design |
3 Credits |
Logic Design Lab. |
1 Credit |
| Circuit Theory(I)(II) |
6 Credits |
Circuit Lab. |
1 Credit |
| Electronics(I)(II) |
6 Credits |
Electronics Lab. |
2 Credits |
| Electromagnetism (I) |
3 Credits |
Special topics |
2 Credits |
3. Required selective subjects I (6 Credits) (4 choose 2)
| Electromagnetism (II) |
3 Credits |
Introduction to Microcomputer |
3 Credits |
| Engineering Mathematics-Complex number |
3 Credits |
Electronics(III) |
3 Credits |
Required selective subjects II (9 Credits) (8 choose 3)
| Introduction to Communications |
3 Credits |
Introduction to Digital Signal Processing |
3 Credits |
| Computer Organization |
3 Credits |
Data Structures |
3 Credits |
| Control Engineering |
3 Credits |
Electrical Mechanics |
3 Credits |
| Digital System Design |
3 Credits |
Introduction to Microcomputer |
3 Credits |
Required selective labs II (2 Credits) (8 choose 2)
| Communications Lab. |
1 Credits |
Digital Signal Processing Lab. |
1 Credits |
| Microcomputer Lab. |
1 Credits |
Computer Networks Lab. |
1 Credits |
| Control Lab. |
1 Credits |
Digital Control Lab. |
1 Credits |
| Digital Circuit Lab. |
1 Credits |
Programmable System Chips Design Lab. |
1 Credits |
4. Elective Major Courses
Semester #1
| Digital Communication |
3 Credits |
Network Routing and Switching Technology |
3 Credits |
| Communication System Simulations |
3 Credits |
Video Object Detection and Tracking |
3 Credits |
| Adaptive Signal Processing |
3 Credits |
Networked Multimedia Embedded System Design |
3 Credits |
| Probability, and Random Processes |
3 Credits |
Metropolitan Mobility Communication Network |
3 Credits |
| Digital Signal Processing |
3 Credits |
Digital Image Processing |
3 Credits |
| Spectrum Communications |
3 Credits |
VLSI DSP Architecture Design |
3 Credits |
| Linear System Theory |
3 Credits |
Analog Integrated Circuits Design |
3 Credits |
| Power Electronics(I) |
3 Credits |
Digital VLSI Design |
3 Credits |
| Biomedical Electronics |
3 Credits |
Introduction to Embedded System Design |
3 Credits |
| Introduction to Biomedical Engineering |
3 Credits |
Video Coding Techniques and Hardware Architecture Design |
3 Credits |
| Computer Arithmetic Design |
3 Credits |
Computer Vision |
3 Credits |
| Pattern Recognition |
3 Credits |
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Semester #2
| Wireless Communications |
3 Credits |
Embedded System Programming |
3 Credits |
| Radar System Design |
3 Credits |
Queuing Theory |
3 Credits |
| Digital Control |
3 Credits |
VLSI Design Automation |
3 Credits |
| Intelligent Control (I) |
3 Credits |
Communications Integrated Circuit Design |
3 Credits |
| Medical Image System |
3 Credits |
Data Converter Design |
3 Credits |
| Power Electronics(II) |
3 Credits |
SOC Design Laboratory |
3 Credits |
| Electromagnetic Compatibility & Electromagnetic Interference |
3 Credits |
VLSI Testing |
3 Credits |
| Advanced Computer Architecture |
3 Credits |
ASIC Design |
3 Credits |
| Next Generation Protocol IPv6 Technology |
3 Credits |
Introduction to Digital Chip Design |
3 Credits |
| Machine Learning |
3 Credits |
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