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Graduate Program

There are Master degree and Doctoral degree for Department of Electronic and Computer Engineering in graduate program.

The following table is a general pattern for a master degree student and the students may discuss with their advisor about study plans.


The First Year
Type/Class
The First Semester
The Second Semester
Electronic Systems
1. Design of Linear Integrated Circuit
2. Statistical Signal Processing
3. Advanced Circuit Synthesis
4. CAD Theory
5. Digital Image Processing
6. Digital Signal Processing
7. Stochastic Processes
8. Linear System Theory
9. Computer Network
10. Applied Algebra
11. Antenna Theory
12. Dielectric Resonators
13. Principles of Statistical Communication
14. Power Electronic Circuits
1. Queuing Theory
2. Matrix Computation
3. Synthesis and Analysis of Filters
4. Microwave Circuits
5. Special Topic on Communications
6. Digital Processing of Speech Signals
7. Adaptive Signal Processing
8. Math. Methods for Physicists
9. Advanced Digital Signal Processing
10. Digital Control System
11. Coding Theory
12. Control System Synthesis
13. Information Theory
14. Special Topic on Image Processing
15. Signal Theory
Computer Engineering
1. Analysis and Design of Parallel
2. Advanced Computer Algorithms
3. Programming Languages
4. Computer Architectures
5. Object-Oriented Analysis and Design
6. VHDL and Cell-Based IC Design
1. Distributed Computing Systems
2. Analysis and Design of Digital Integrated Circuits
3. Parallel Processing
4. Computer Graphics
5. Automata
6. Queuing Theory
7. Advanced Operating Systems
8. Multimedia Information Systems
9. Nonlinear Programming
10. Compiler Design
11. Software System Design
Semiconduct or Materials and Devices
1. Solid State Electrionics (I)
2. Diffrative Optics
3. Semiconductor Devices Fabrication
4. Principles Semiconductor
5. Devices Theory
6. Principles and Applications of Semiconductor Lasers
1. Solid State Electronics (II)
2. MOS Devices
3. Fourier Optics
4. Principles and Application of Optical Fibers
5. Opto-electronics
Compulsory Course
Seminar (I)
Seminar (II)

The Second Year
Type/Class
The First Semester
The Second Semester
Electronic Systems
1. Guided Wave Theory
2. Special Topics on Communication
3. Cryptography
4. Introduction to Statistical Pattern Recognition
5. Performance Evaluation
6. Digital Communication Systems
7. Network Operating Systems
8. Wireless Communication
1. Advanced Electromagnetics
2. Advanced Computer Network
3. Detection and Estimation Theory
Computer Engineering
1. Software Design and Testing
2. Database Design
3. Artificial Intelligence
4. Operating System Design
5. VLSI Architecture Design
6. Advanced AI
7. Fuzzy Set Theory and its Optoelectronics
8. Parallel Architectures
1. Simulation and Testing of Digital Systems
2. Formal Languages
3. Advanced Computer Network
4. Advanced Computer Architectures
5. Knowledge-Based Systems
6. Neural Networks
7. Regular Array Processors
8. Advanced Parallel Architectures
9. Computer and Robot Vision
10. Analysis and Design of Digital Integrated Circuits
11. Virtual Reality Systems
Semiconduct or Materials and Devices
1. Crystal Growth
2. Semiconductor Measurement
3. Electromagnetic Field in Optoelectronics
4. Optical Signal Processing
5. Statistical Optics
6. Physics and Technology of Thin Film Transistors
1. Optical Fiber Comm.
2. Quantum Mechanics
3. Advanced Topics of Electronic Materials
4. Electronic Ceramics
5. Optical Properties in Semiconductors
6. Solid State Physics
Compulsory Course / Requirement
Academic Research Ethics Course

Laboratory Safety Training Course (Instructed in the 1st seminar class normally)
Thesis


Taiwan Tech ECE Graduate Program Notice

There are Master degree and Doctoral degree for Department of Electronic and Computer Engineering.

1. Master Degree Credits:

Graduation required threshold:

For Taiwan Tech Master Degree:

As you take 24 credits including 4 courses of 0 credit (one for Academic Research Ethics Course, one for Laboratory Safety Training Course (Instructed in the 1st seminar class normally), and two for Thesis Seminar Courses) & complete Degree Thesis requirements, you will get Master Degree Certificate.

Table1. Taiwan Tech Master Dual-Degree Graduation Regulations

Degree

Required Credits

*1Credits in Taiwan Tech (one third at least)

*2Academic Research Ethics Course

*3Laboratory Safety Training Course

*4Thesis Seminar

Master

24

8

0 Credit (3Hours)

0 Credit (3Hours)

0 Credit (elective for 2 semesters)

For Dual-Degree Student

＊ 1: You have to take AT LEAST 8 credits in Taiwan Tech, and you can use Credit Transfer (waived by home school) or take the courses in Taiwan Tech for the rest credits (16 credits).

＊ 2: Academic Research Ethics Course is a compulsory course that is only 3 hours class for one degree.

You can get more information by the following link.
https://ae.ntust.edu.tw/

http://cla.ntust.edu.tw/files/11-1101-6241-1.php?Lang=zh-tw

＊3: Laboratory Safety Training Course will be instructed on the 1st seminar class normally

＊ 4: Thesis Seminar is a compulsory course that you have to take two times (means two semesters)

 

Pic1. Dual-Degree credits information (not for normal degree)

Table2. Dual-Degree credits transfer restriction

Degree

Maximal Transferred Credits

Master

16 Credits

If you want to apply Credit Transfer, please refer the following explanation:

Pic2. Credit Transfer application agenda

Credit Transfer Application as following link. Download the file

2. Doctoral Degree Credits:

Graduation required threshold: For Taiwan Tech Doctoral Degree:

          1. 18 credits including 4 courses of 0 credit (one for Academic Research Ethics Course, one for Laboratory Safety Training Course (Instructed in the 1st seminar class normally), and two for Thesis Seminar Courses)
          2. Pass the qualifying exam or achieve the relevant regulations
          3. Submit the Pre-Doctoral Degree Examination committee and Complete the dissertation
          4. Pass all the Doctoral degree requirements