Training Scheme for Academic Master Students in Electronic Science and Technology
Training Scheme for Academic Master Students in Electronic Science and Technology
(201109)
Subject Code: 080900
1. Subject Introduction
The subject has a primary discipline doctorate authorization and post-doctoral research stations. It has ??? Doctoral supervisors and ??? Master supervisors. Among them there are two Chang Jiang Specially-appointed Professors awarded by the National Ministry of Education, one Chair Professor, one National Crackerjack Young persons, two 973 chief scientists, one innovative group of National Natural Science Foundation Division and one Innovative Team of Education Ministry Chang Jiang Scholar. The subject is based on State Key Laboratory of Advanced Optical Communication Systems and Networks, State Engineering Laboratory of TFT-LCD Key Material and Technology and other scientific research bases. It has some expensive researching and measuring instruments in circuits, microwave, optics and other fields. It also has sufficient computer equipments. The subject is based on basic theory in Circuits, Signals and Systems, Electromagnetic field and Microwave technology and other fields. It is also closely related to Information and Communication Engineering, Computer Science and Technology and other subjects. The main research fields are Design of IC Dedicated Chips and VLSI Layout Confirmation, Automatic Speech Recognition Technology, Intelligent information Processing and Neural Network, Automation Test System, Nonlinearity and Network Optimization Design, Microwave Theory in Electromagnetic field and Circuits of High Speed IC, Electromagnetic Waves and Antenna Theory, Photon Communication and Optical Information Processing Instruments and Systems, Interaction between Electromagnetic field and Material ,and so on. In recent years, the scholars of the subject get many important research achievements including 2 second Prize of National Natural Science, 2 second Prize of National Technical Innovation and 2 second Prize of National Excellent Education Results. Two PhD theses are elected Hundred National Excellent PHD theses.
2. Training Objectives
Train students to get wide basic theory knowledge in electronic science and technology. Master the development, tendency and new development frontier of this subject and other Information Communication relevant subjects. Have the ability to do research which has higher academic value or application value independently. Have certain innovation ability and get good achievements. Students can master a foreign language skillfully and have the ability to write and attend international academic exchanges. Have the ability to do the work in college education, scientific research, engineering and technology management.
3. Study period and Credits
The length of academic master students is two and a half years. The credits must be at least 30 credits. Among them required courses must be at least 19 credits. In principle master students should finish their courses in their first year.
4. Curriculum
|
Course
Category
|
Course
Code
|
Course Name
|
Credits
|
Course Time
|
Remarks
|
|
Degree
Courses
|
Public
Courses
|
|
Research on Chinese Characteristic Socialism Theory and Practice
|
2
|
Spring, Autumn
|
Compulsory Courses
|
|
|
First Foreign Language
|
3
|
Autumn
|
|
|
Overview of Natural Dialectics
|
1
|
Spring, Autumn
|
Either-or
|
|
|
Marxism and Methodology of Social Science
|
1
|
Spring, Autumn
|
|
|
Calculation Methods
|
3
|
Autumn
|
A selected Math course that the subject appointed
|
|
|
Stochastic Process（I）
|
3
|
Autumn
|
Select at least 3 credits.
|
|
|
Matrix Theory
|
3
|
Autumn
|
|
|
Wavelet Methods
|
2
|
Autumn
|
|
|
Applied Functional Analysis
|
3
|
Spring
|
|
|
Optimization Methods（I）
|
2
|
Autumn
|
|
Professional courses
|
|
Stochastic Process and Queuing Theory
|
2
|
Autumn
|
At least get the lowest credits of Compulsory Courses
|
|
|
Higher Digital Signal Processing
|
3
|
Autumn
|
|
|
SOC Design Method
|
3
|
Autumn
|
|
|
Theory and Design of Digital Integrated Circuits
|
3
|
Spring
|
|
|
Theory and Design of Analog Integrated Circuits
|
3
|
Spring
|
|
|
Semiconductor Physics and Device Physics
|
3
|
Spring, Autumn
|
|
|
Higher Electromagnetic Field Theory
|
3
|
Autumn
|
|
|
Microwave and High Speed Circuit Theory
|
3
|
Spring
|
|
|
Computational Electromagnetism
|
3
|
Spring
|
|
|
Microwave Applied Mathematics
|
3
|
Autumn
|
|
|
Guided Wave Optics
|
3
|
Spring
|
|
|
ATM Optical Network and Personal Wireless Network
|
3
|
Autumn
|
|
|
Modern Electronic Measurement Techniques and Experiments
|
3
|
Spring
|
|
|
Display Electronics
|
3
|
Autumn
|
|
|
Display Optics
|
3
|
Autumn
|
|
|
Organic Electro
-luminescent Display and Lighting
|
3
|
Spring
|
|
|
Academic English
|
1
|
Spring
|
|
|
Higher Computer System Architecture
|
3
|
Autumn
|
|
|
Design of RF Integrated Circuits
|
3
|
Spring
|
|
|
Microelectronic Reliability and Yield
|
3
|
Spring
|
|
|
Advanced Selected Topics of Analog RF Integrated Circuits
|
3
|
Autumn
|
|
|
Advanced Semiconductor Device
|
3
|
Autumn
|
|
|
VLSI Digital Telecommunications System
|
3
|
Autumn
|
|
|
Advanced Manufacturing Processes of Integrated Circuits
|
3
|
Autumn
|
|
|
Design of Mixed Signal Integrated Circuits
|
4
|
Spring
|
|
|
Design of Higher Digital Integrated Circuits
|
3
|
Autumn
|
|
|
Design of Higher Analog Integrated Circuits
|
4
|
Autumn
|
|
|
Comprehensive Technology of Integrated Circuits
|
3
|
Autumn
|
|
|
Optoelectronics and Optoelectronic Devices
|
2
|
Autumn
|
|
|
Communication System Simulation and SOC Design
|
3
|
Spring
|
|
Non Degree Courses
|
|
Academic Symposium
|
2
|
Autumn, Spring
|
Compulsory
|
|
|
Test Technology and Experiments of Optical Fiber Communication
|
2
|
Spring
|
At least get the lowest credits of compulsory courses
|
|
|
Optical Switching and All Optical Communications
|
3
|
Autumn
|
|
|
Fiber-optical Regional Network
|
2
|
Autumn
|
|
|
High Performance Information Network
|
2
|
Autumn
|
|
|
Signal Detection and Estimation
|
2
|
Autumn
|
|
|
Mobile Communication
|
2
|
Spring
|
|
|
Communication Theory and System
|
3
|
Autumn
|
|
|
Design and Analysis of Communication Network
|
3
|
Spring
|
|
|
Wireless Broadband Video Transmission Technology
|
2
|
Spring
|
|
|
Embedded System and Architecture
|
2
|
Spring
|
|
|
Design and Practice of Digital Signal Processing System
|
3
|
Autumn
|
|
|
Advanced Digital Signal Processing Technology and Application
|
2
|
Autumn
|
|
|
Digital Image Processing
|
3
|
Spring
|
|
|
Modern Microwave Measurement Experiments
|
1
|
Autumn
|
|
|
Analysis and Design of Microwave and High Speed Integrated Circuit
|
2
|
Autumn
|
|
|
Topics of Monolithic RF and Microwave Integrated Circuits and Devices
|
2
|
Autumn
|
|
|
Electromagnetic Compatibility in Modern Communication System
|
2
|
Autumn
|
|
|
Electromagnetic Theory and Numerical Solution of Guided Wave System
|
2
|
Autumn
|
|
|
Higher Waves and Antenna Theory
|
2
|
Autumn
|
|
|
Circuit Analysis of High Speed Circuit System
|
2
|
Spring
|
|
|
Microelectronic Technology and Project Management
|
2
|
Spring
|
|
|
Design of Biomedical Implanted Circuits
|
3
|
Spring
|
|
|
RF System Design
|
3
|
Spring
|
|
|
Testing Method and Practice of Integrated Circuits
|
3
|
Autumn
|
|
|
Theory and Application of Photoelectric Biochip
|
2
|
Autumn
|
|
|
Microprocessor Architecture and Design
|
3
|
Spring
|
Remarks:
The academic master students of cross disciplines can choose one or two undergraduate courses of this term. The credits are provided by the subject. The students can apply under tutors and the subject. Submit the application to educational administration and keep in the archives. Then report to the graduate school for reference.
5. Mid-term Examination
The mid-term examination of master students should be finished in the first month of the third term. The basic requirement of master’s mid-term examination: Have a Correct attitude to study. Finish all the courses in the training plan and get all the courses passed. The total credits of all courses and degree courses should reach or exceed the lowest requirement. The grade point average can’t be lower than 2.00. The dissertation goes well.
6. Master-Degree Proposal
The Master-Degree Proposal of master students should be finished after the mid-term examination and before the third term. The report should be as requested in 《The Training Work of Master Students in Shanghai Jiao Tong University》.
7. Dissertation
1). The requirement of regularity.
2). The requirement of quality.
8. Paper Publishing
Master students should meet the publishing requirement of academic paper set by the university and the institute. See the details in the relevant documents.
9. Something Else
The training plan is carried out from the 2011 Academic Master students.