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Main Area and Major Research Topics

Main Area Major Research Topics /Program Structure
Power and Energy
  • Power system planning, operation and control
  • Railway electromechanical and traction systems
  • Power distribution engineering planning
  • Industry power distribution system design
  • Micro-grid with various distributed resources
  • Protective systems planning of power systems
  • Lightning protection and grounding
  • Partial discharge monitoring and evaluation
  • Transient analysis of power systems
  • Renewable energy and distributed generation
  • Power quality and electric codes researches
  • Power  systems measurement and micro-sensors technology
  • High voltage engineering
  • Electric Machinery and control systems
  • LED and Intelligent lighting system and control
  • Energy saving technologies and strategies
Power Electronics
  • Permanent-magnet synchronous motor drives
  • Digital battery charger
  • DC-DC power converters
  • Fuel cell power conversion systems.
  • Photovoltaic power system
  • Digital backlit inverter
  • Power supplies for LCD monitors
  • Class-D amplifier
System Engineering
  • Computational Intelligence
  • Aware House
  • Surveillance System
  • Intelligent Robots
  • Medical Imaging
  • Embedded Systems
  • Multimedia Signal Processing
  • Medical Engineering
Integrated Circuits and Systems
  • Design of Control Algorithms and their VLSI Implementation
  • The CSS of Hardware Complexity Reduction for FIR filters
  • Serial Data Link for Wireline Communication
  • Reconfigurable Power-Efficient Analog Circuits and Systems
  • VLSI Testing and Fault-Tolerant Computing
  • 3D IC and Video Coding Architectures
  • RFID
  • RFIC
  • Hardware/Software Codesign
  • Embedded Operating Systems
  • Embedded Storage
  • Analog Memories
  • Video Signal Processing
  • Digital Signal/FPGA Processing
  • Multimedia Application Platform
Computer and Network
  • Inter-cloud computing systems
  • Internet of Things
  • Embedded Android System
  • Cross-layer QoS architecture for 4G-Cloud heterogeneous network services
Communication and Electromagnetic Engineering
  • Miniature Chip Antennas
  • RFID
  • Space-time block code
  • Baseband predistortion linearization techniques
  • MIMO techniques
  • TDR RF front-end
  • Reconfigurable antennas using RF switches

Credit Requirements

The EE Undergraduate Program requires 133 credits towards graduation

Required Credits Optional Credits Minimum Credit Requirements
Common Courses Professional Courses EE+ET+CS+EC
Free Selective  
34 76 16 7 133


Year 1

Basic courses

Forum on Electrical Engineering and Computer Science Industry and Engineering Ethics in Taiwan


Introduction to Electrical Engineering and Computer Science and Engineering Ethics

Calculus (I)

Calculus (II)

Physics (I)

Physics (II)

Core courses

Applications of Digital Computers

Digital Logic

Practical Applications of Digital Computers Lab.

Linear Algebra


Introduction to Computers *

Object Oriented Programming *

Computer System Lab. *

Year 2

Core courses

Circuit Theory (1)

Circuit Theory (2)



Electronic Circuits

Electronics Laboratory

Differential Equations

Electronics Lab.


Microcomputer Lab.

Introduction to Microcomputer


Java Programming *

Java Programming Lab. *

Microcomputer Applications *

Microcomputer Applications Lab. *

Vector Analysis and Complex Variables *

Year 3

Core courses

Electric Machinery

Electric Machinery Lab.

Special Projects(I)


Power Systems (2) *

Power Electronics *

Power Electronics Lab. *

Linear Electronics *

Medical Instrumentation *

Computer Aided Engineering Analysis Lab. *

Fundamentals of Microwave Engineering *

Power Systems

Pick any 4 from 10

Electric Machine Control

Signals and Systems

Control Systems

Communication Systems

Electromagnetic Wave

Digital System Design

Introduction to VLSI Designs

Computer Organization

Data Structures

Power Systems Lab.

Pick any 3 from 8

Electric Machinery Control Lab.

Signal and System Lab

Control Systems Lab.

Communication Systems Lab.

Electromagnetic Wave Laboratory

Digital System Design Practicum

Practice Sessions for Very-Large-Scale-Integrated (VLSI) Circuit Design

Year 4

Core courses

Special Projects(II)


Industrial Power Distribution and Design (1) *

Note* Flexible classes