7/29/2019 15-Electtical

1/2

2008. 11

15

DDeeppaarrttmmeenntt ooffEElleeccttrriiccaall EEnnggiinneeeerriinngg

FFeeaattuurreess

The department of electrical engineering is themost popular academic program in the engineering

field. It offers programs leading to a bachelor of

science (BS), and master of science (MS) degree. In

recent years, in order to promote the fields of teaching

and research, the department has developed a

comprehensive curriculum program. In addition to

elementary courses on electrical engineering, advanced

courses are provided to cover power systems,

computer engineering, automatic control,electro-optical engineering, communication systems,

and artificial intelligence. The department aims to

educate prospective outstanding electrical engineers

and focuses on both theoretical knowledge and

practical experience. Graduates of the department are

cordially welcome by the academy and industry and

have achieved much success in every area.

CCoouurrsseess

Undergraduate degree technical courses include:

Circuit Theory Electromagnetics Power Electronics

Electronics Engineering Mathematics AC Server Control

Computer Architecture Linear Algebra Digital Logic

Computer Programming Applications with Micro Computers Linear Electronics

Computer Aided Applications Electrical Machinery Automatic Control

FPGA/CPLD Implementations Applications of DSP Chips Industrial Electronics

Graduate degree technical courses include:

Technical English Special Topics Master Thesis

Modern Control Theory Advanced Power Electronics Random Process

Linear Systems Theory Advanced Calculus Fuzzy Theory

Variable Structure Control Robust Control Genetic Algorithms

7/29/2019 15-Electtical

2/2

2008. 11

15

Design and applications of

DSP Chips

Chip Design and Implementation

Techniques

Power Electronic

Systems Analysis and

Simulation

RReesseeaarrcchh DDiirreeccttiioonnss

Research-wise, faculty interests in the department can be divided into three groups:

power electronics, computer and communication engineering, and automatic control.

Our MS courses focus on the design of DSP chips, advanced power electronics, image

processing, computer science, control theory, and artificial intelligence.

Interdisciplinary research is strongly encouraged and supported by the department.

The main contents for each research group are as follows:

1.Power Electronics:

The aim of this group is to research high efficiency power converters, motor drives,

DSP chips, and FPGA for power electronics.

2.Computer and Communication Engineering:

The scope of research covers computer architecture, internet networks, network

security, and multimedia communication.

3.Automatic Control:

Research includes control engineering, automatic systems, fuzzy logic, and neural

networks. Based on modern control theory, innovative artificial intelligence

systems are developed and implemented.

No. 1, Sec. 1, Shen-Lung Road, I-Lan, 260, Taiwan , R.O.C.

Tel: 03-935-7400 ext. 660. Fax: 03-936-9135

http://www.niu.edu.tw/niuee/

E-mail: mlchan@niu.edu.tw

http://www.niu.edu.tw/niuee/mailto:mlchan@niu.edu.twmailto:mlchan@niu.edu.twmailto:mlchan@niu.edu.twhttp://www.niu.edu.tw/niuee/