2024-10-12
浏览次数:1667D081023 Information Security.docxD081002 Signal and Information Processing.docxD081001 Communication and Information Systems.docxD080902 Circuits and Systems.docxD080901 Physical Electronics.docxD080904 Electromagnetic Field and Microwave Technology.docxD080903 Microelectronics and Solid State Electronics.docx
The PhD program caters for students who wish to pursue a career in advanced industrial research and development, or university research and teaching. It emphasizes training in original thinking and independent research. The Ph.D. degree program develops conceptual and methodological capabilities in a substantive area of electronics and information. The Ph.D. degree requires completion of a minimum of 30 post-master credits, general examinations, and a dissertation demonstrating an original scholarly contribution to the field. The doctoral program’s research concentrates on two broad areas: Information Engineering and Electronic Science and Technology. The Ph.D. degree requires a minimum of 30 credits of approved coursework and undertake research leading to a satisfactory doctoral research dissertation.
There are two level 1 subjects and 5level 2 subjects approved by the State Academic degree committee. All level 1 and level 2 subjects are authorized to confer Master Degree.
Level 1 Subject:
Information & Communication Engineering Program code: 0810
Electronic Science & Technology Program Code: 0809
Level 2 Subject:
Communications and Information System (key subject) 081001
Signal and Information Processing (key subject) 081002
Information Security 081023
Physical Electronics 080901
Circuits and System 080902
Microelectronics and Solid State Electronics 080903
Microelectronic Fields and Waves Technology 080904
Degree Awarded: Master of Engineering Credit Requirement: 40
Core Courses: Credits Instructor
Machine Learning and its Application | 3 | |
Modern Information Processing Theory | 3 | |
Theory of Communication Network System | 3 | |
Information Theory and It's Develop | 2 | |
Semiconductor Theory | 3 | |
Computational Microelectronics | 3 | |
Principle and Design of Analog integrated Circuits | 2 | |
Complex Networks and Information processing | 2 | |
Theory of Advanced electromagnetic Field | 3 | |
RF Circuit analysis and Design | 3 | |
Antennas for mobile Communication | 2 | |
Mordern theory of Adaptive Filtering | 3 | |
Semiconductor Sensor and MEMS | 2 |