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Undergraduate Program

The following table is a general pattern for a undergraduate degree student and the students may discuss with the International Student Advisor(mentor) about study plans.


The First Year
Type/Class
The First Semester
The Second Semester
Basic
1. Calculus
2. Physics
3. Physics Lab.
1. Calculus
2. Physics
3. Chemistry
4. Physics Lab.
5. Chemistry Lab.
Electronic Systems
none
none
Computer Engineering
1. Applications of Digital     Computers
2. Digital Logic
3. Digital Logic Lab
Introduction to Computer Science
Semiconduct or Materials and Devices
none
none
Engineering Application
none
none
Independent Study
none
none
            
The Second Year
Type/Class
The First Semester
The Second Semester
Basic
Engineering Math. (I)
Engineering Math. (II)
Electronic
Systems
1. Electronic Circuits (I)
2. Electronic Circuits Lab.(I)
3. Basic Circuit Theory(I) )
1. Electronic Circuits (II)
2. Basic Circuit Theory(II)
3. Complex Functions
4. Electronic Circuits Lab. ( II )
Computer Engineering
1. Data Structures
2. Microcomputer Principles and     Applications
3. Lab. of Microcomputer Principles     and Applications
1. Digital System Design
2. Digital System Design Lab.
Semiconduct or Materials and Devices
Modern Physics
Electromagnetics
Engineering
Application
none
none
Independent
Study
none
none
            
Third Year
Type/Class
The First Semester
The Second Semester
Basic
none
none
Electronic Systems
1. Network Analysis
2. Probability and Statistical
3. Electromagnetics
4. Linear Systems
5. Electronic Instrumentation
6. Electronic Instrumentation Lab.
1. Linear Active Network
2. Linear Algebra
3. Communication Systems
4. Control Systems
5. Precision Instrumentation
6. Precision Instrumentation Lab.
7. Communication Systems Lab.
8. Principles and App. of DSP
9. Principles and App. of DSP Lab.
Computer Engineering
1. Discrete Math.
2. System Programming
3. Microcomputer System Design
4. Microcomputer System Design     Lab.
5. Introduction to VLSI Design
1. Operating Systems
2. Computer Organization
3. Computer Algorithms
4. Principles of Programming     Language
5. VLSI Design
Semiconduct or Materials and Devices
1. Electronic Materials
2. Optoelectronics Application
1. Introduction to Solid State     Electronics
2. Optoelectronics Application Lab.
3. Introduction to Optical     Information Processing
4. Intro. to Fiber Optics
5. Intro. to Optical Signal/ Image     Processing
Engineering
Application
none
none
Independent
Study
none
Special Topics
            
Fourth Year
Type/Class
The First Semester
The Second Semester
Basic
none
none
Electronic Systems
1. Pulse Circuit
2. Microwave Engineering
3. Data Communication
4. Microwave Engineering Lab.
5. Telecommunication Network
6. Simulation Design of Electronic     Systems
1. Design of Electronic Circuits
2. Design for Electronic     Instrumentation
3. Telecomm. Eng.
4. Television Eng.
5. Digital Trans. System
6. Local Area Networks
7. Design of Electronic Circuits Lab.
8. Simulation Design of Electronic     Systems
Computer
Engineering
1. Introduction to Multimedia
2. Internet Technologies and     Applications
3. Information Systems Compiler
4. Object-Oriented Programming
5. Introduction to Computer     Graphics
6. Computer Communication     Networks
1. Introduction to Arti- ficial     Intelligence
2. Data Base Systems
3. Introduction to Software     Engineering
4. Introduction to Parallel     Computing
5. Virtual Reality Programming
6. Numerical Methods
Semiconduct or Materials and Devices
1. Semiconductor Devices
2. Introduction Optical     Communication
3. Experiment of Optical Fiber     Sensing
1. Optoelectronic Devices Transducers
2.Introduction to Ultralarge-Scale    Integration Circuit
Engineering
Application
Electronic Product Design and Manufacturing
Quality Control for Products
Independent
Study
Special Topics
none