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Department of Electrical Engineering
        Fu Jen Catholic University

Bachelor

The minimum requirement for the degree of Bachelor of Science in Electrical Engineering is 136 semester credits. Of the minimum 136 semester credits, 65 are for required courses, 32 are for holistic education courses and 37 are for elective courses.

 

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

 

 

 

2. Required subjects (65 Credits)

General Physics(I)(II)

6 Credits

Calculus(I)(II)

6 Credits

Computer Programming

3 Credits

Introduction to
Computer Science

3 Credits

Linear Algebra

3 Credits

Logic Design

3 Credits

Logic Design Lab.

1 Credits

Circuit Theory(I)(II)

6 Credits

Engineering Mathematics(I)(II)

6 Credits

Signals & Systems

3 Credits

Electronics(I)(II)(III)

9 Credits

Circuit Lab.

2 Credits

Electromagnetism

6 Credits

Introduction to
Microcomputer

3 Credits

Electronics Lab.

2 Credits

 

Introduction to VLSI Circuit Design, Introduction to Embedded System Design(Choose 0ne) 3 Credits.

 

3.Elective 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

 

 

 

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