Download Elective Courses

Department of Electrical Engineering
http://www.ee.nuk.edu.tw
● Undergraduate Program
○ 2-year Program
● Master Degree Program
● In-service Master Program
○ Ph.D. Degree Program
Development Characteristics
With the rapid industrial expansion, the cultivation of technology talents has become very
urgent. Moreover, since Tainan Science-Based Industrial Park (SBIP) Lujhu and NanTzu Export Processing Zone had established, Kaohsiung, the most important industrial
and commercial city in the southern part of Taiwan, will become a transportation center
in the Asia-pacific region. To support such human resource demands, the Department of
Electrical Engineering was established in February 2000 as one of the first founding
departments of the College of Engineering at NUK. The educational objective of this
department is to provide the students with both theoretical knowledge and practical
expertise in electrical engineering. Currently, the department has Undergraduate Program,
Master Degree Program and In-Service Master Program. A Ph.D. Program will be
granted in the year 2008. For each year, the alumni of EE earn brilliant acquirement and
have excellent accomplishments in various career domains. The department is making
efforts in the lead for the development of high-technology industry and has great
contributions in Taiwan.
Research Groups
1. Communication
 Wireless Communication and Computer Communication Systems
 Digital Signal Processing
 Multi-Median Systems Applications
2. Computer
 Software Engineering
 Artificial Intelligence and its Applications
 Robotics
 GPS
 Internet and Multimedia Systems
 Computer Networks
 Embedded Systems
3. Microelectronics
 VLSI Integration
 Deep Submicron MOS Device Design
 RF IC design
 SI DetectorDdevices Circuits
 IC Package
 VLSI Design
 VLSI Testing
 SOC Integration
1
 Mixed Mode IC Design
4. Optoelectronics
 Integrated Optics and Electro-Optics Devices
 Optical-Electronic IC Design
 Optical Fiber Optics and Applications of Optical Communication
Goals
 To educate the students with the essential knowledge of electrical engineering, science
and technology.
 To train the students with the basic ability of performing and designing experimental
projects in engineering.
 To prepare the students for subsequent graduate study, post-graduate study and
professional practice.
Postgraduate Opportunities
 Advanced Degree Study
Graduates may pursue an advanced degree in electrical engineering, information
engineering, industrial engineering, materials engineering, energy technology, etc.
 Career Opportunities
Our students have the talents in communications, optoelectronics, microelectronics, and
computers, which get higher opportunity to obtain employment in Tainan Science-Based
Industrial Park (SBIP) Lujhu, Nan-Tzu Export Processing Zone and correlative industries,
etc.
Future Outlook
 To educate the well-balanced graduates with learning attitude and ability to their
professionals.
 To aid the development of engineers specialized in high-technology industry and
meet the new wave of electronic information age.
Courses Offering
Compulsory Courses
Freshman
Sophomore
 Introduction to
Computers(1)(2)
 Fundamental
Physics(1)(2)
 Physics
Laboratory(1)(2)
 Calculus(1)(2)
 Digital Logic
 Digital Logic
Laboratory
 Engineering
Mathematics ( Linear
Algebra)
Elective Courses
Freshman
 Circuits(1)(2)
 Electronics(1)(2)
 Engineering
Mathematics
(Differential Equations)
 Engineering
Mathematics(Complex
Variables)
 Electronics
Experiment(1)(2)
 Electromagnetics(1)(
2)
Sophomore
Junior
Senior
Electronics(3)
Electronics
Experiment(3)
Computer
Algorithms
Operating
Systems
Junior
2
Master
Seminar
Senior
Master
 Chemistry
 Object-Oriented
Programming
Language
 Discrete
Mathematics
 Internet Free Ware
 Data Structure
 Internet Open
Source Program
Introduction to
Modern Physics
Theory of
Electromagnetic
Wave
Introduction of
VLSI Design
Integrated Circuit
Experiment
Introduction to
Data Compression
Probability and
Statistics
Signals and
Systems
Computer
Network
Object Oriented
System Design
Assembly
Language and
Systems
Programming
Computer
Architecture
Micro-Processor
Systems
Internet Free
Ware
Opto-electronic
Device Seminar(1)
Device and
Spectrum Circuit
Design Seminar(1)
Integrated Circuit
Design Seminar(1)
Communication
Seminar(1)
Signal Processing
Seminar(1)
Create Systems
Seminar(1)
Website
Construction and
Webpage
Authoring
Control System
Introduction of
Solid State Physics
Communication
Principles
Introduction to
Opto-Electronic
Engineering
Digital Signal
Processing
Microwave
Integrated Circuits
3
Micro-Processor
Experiments
Practice
Project(2)(Computer
Engineering)
Practice Project(2)
(Opto-electronic
Engineering)
Practice Project(2)
(Communcation
Engineering)
Practice Project(2)
(Microelectronic
Engineering)
Electrical
Mechanics
Applied Quantum
Michanics(1)
Applied Quantum
Mechanics(2)
Physic of
Semiconductor
Device(1)
Ditial
Communication
System
Introduction to
Physics of
Semiconductor
Device(2)
Antenna Theory
and Design
Thin Film
Technology(1)
Computer Network
Microwave
Semiconductor
Component
Technologies of
Waveguide Device
Optoelectronics
Analog IC Design
VLSI Design &
Simulation
Random Processes
RF Circuit Design
and Experiment
Object Oriented
System Design
Clean Room
Processing
Multi-Core
Programming
Embedded Chip
System Design
Voice Over IP
Artificail Neural
Network
Applied Quantum
Michanics(1)(2)
Physic of
Semiconductor
Device(1)
Introduction to
Physics of
Semiconductor
Device(2)
Ditial Communication
System
Antenna Theory and
Design
Thin Film Technology
(1)
Computer Network
Microwave
Semiconductor
Component
Technologies of
Waveguide Device
Optoelectronics
Analog IC Design
VLSI Design &
Simulation
Random Processes
RF Circuit Design and
Experiment
Object Oriented
System Design
Clean Room
Processing
Multi-Core
Programming
Embedded Chip
System Design
Voice Over IP
Artificail Neural
Network
Nano Device
Ditial Communication
System
Antenna Theory and
Design
Thin Film Technology
(1)
Computer Network
Microwave
Semiconductor
Component
Technologies of
Waveguide Device
Advance Data Mining
Network Security
In-Output Device and
Driver Programming
Integrated Circuits
Technology
Build Theory and
Analyze
Technology
Systematic
Integration
Seminar(1)
Computer-Aided
Design for Circuits
Optical
Communication
Device Technology
Network
Communication
Protocol
Web
Programming
Nano Device
In-Output Device
and Driver
Programming
Website
Construction and
Webpage Authoring
Integrated Circuits
Technology
Wireless
Communication
Systems
Advanced Antenna
Principles
Network
Communication
Protocol
Nano-Device
Design
Digital Image
Processing
Design of RadioFrequency Integrated
Circuit
Web Programming
Introduction to
Computers(2)
System Chip Test
Nano-Electronic
Device
Fuzzy Theory and
Application
Surface Inspection
Technology
Mobile Multimedia
System
Wireless
Communication
Systems
Advanced Antenna
Principles
Network
Communication
Protocol
Nano-Device Design
Digital Image
Processing
Design of RadioFrequency Integrated
Circuit
Web Programming
Introduction to
Computers(2)
System Chip Test
Nano-Electronic
Device
Fuzzy Theory and
Application
Surface Inspection
Technology
Mobile Multimedia
System
Remarks:
Minimum number of credits for graduation: 135
Minimum number of credits for Master graduation: 24
Minimum number of credits for In-service Master graduation: 24
Faculty Profiles
Title
Professor
Professor
Professor
Professor
Professor
Name
Education
Specialty
Optical-fiber communications
Ph.D. in Computer, Information Communication integrated circuit
Kou-Tan Wu
and control Engineering, the
SDH/SONET, DLC
University of Michigan
High Speed Networking
Voice over Packet
Ph.D. in Computer Science and Artificial Intelligence
Tzung-Pei Hong Information Engineering, Chiao- Information System
Tung University
Soft Computing
Ph.D. in Electrical Engineering, Digital Signal Processing
Jong-Jy Shyu
National Taiwan University
Digital Communication
IC technology
Ph.D. in Electrical Engineering,
Wen-Kuan Yeh
Semiconductor Devices and Reliability
National Chiao-Tung University
RFIC
Cheng-Jian Lin
Ph.D. in Electrical and Control Fuzzy Neural Networks
4
Pattern Recognition
Intelligence Control
FPGA Design
Virtual Reality
E-Learning
Epitaxy Technology
Ph.D. in Electro-Optical
MBE & MOVPE
Wen-How Lan
Engineering, National ChiaoCompound Semiconductor Devices
Tung University
Fabrication and Analysis
Opto-electronic Devices
Opto-electronic Devices Design and Fabrication
Ph.D. in Sloid State and Applied
Ming-Chang
Excmter laser thin film and micro-structure
Material Sciences, Columbia
Shih
processing
University
Optical Sensing communication system
Antenna Design
Ming-Cheng Ph.D. in Electrical Engineering of Network Communication
Liang
the Ohio State University, USA VOIP System Design
LBS Technology
Automated reasoning
Artificial intelligence
Robotics
Ph.D. in Electric engineering,
Chih-Hung Wu
GPS
National Sun Yat-sen University
Software / hardware verification and validation
Knowledge engineering
Internet applications
VLSI/ Design
Ph.D. in Electrical Engineering, VLSI Testing
Jin-Hua Hong
National Tsing Hua University SOC Integration
RFIC
Engineering, National ChiaoTung University
Professor
Associate
Professor
Associate
Professor
Associate
Professor
Associate
Professor
Assistant
Professor
Shu-Ming Liao
Ph.D. in Computer Engineering,
Northwestern University, USA
Assistant
Professor
Chuen-Yau
Chen
Ph.D. in Electrical Engineering,
National Cheng Kong University.
Assistant
Professor
Hsiang-Cheh
Huang
Ph.D. in Electronics Engineering,
National Chiao Tung University,
Taiwan
Assistant
Professor
Wen-Teng
Chang
Ph.D. in Electrical Engineering,
Case Western Reserve University,
American
Assistant
Professor
Sin-Wei Guo
Ph.D. in Electrical Engineering,
Texas A&M University,
American
5
Information Technology
Data Networking
Memory Controller IP Design
CORDIC-Related Algorithm/ Architecture Design
and Implementation
Signal Processing Algorithm/ Architecture Design
and Implementation
Current-Mode Circuit Design
Fuzzy Processor Design
Signal processing, video compression
Error resilient coding
Communications
Watermarking
Optimization techniques
Electronic material
Micro-Electro-Mechanical Systems(MEMS)
High-quality factor device
Bio-sensor
Device of photoelectric
integrated optical axiom and process