نظرة عامة على البرنامج

Electronic Science and Technology (MEng/Ph.D)

Program Overview

This program focuses on the cultivation of comprehensive quality and innovative practical ability as well as multi-level international joint programs. Through educational and industrial integration, it explores the cultivation of microelectronics talents urgently needed by the industry with the ability of international cooperation and competitiveness. This program is a national characteristic major.

Research Interests

The program's research interests are in microelectronics and solid-state electronics.

Curriculum

The curriculum includes the following courses:

1. Computational Intelligence Methods - 3 credits, 48 hours
2. Advanced Electromagnetic Field Theory - 3 credits, 48 hours
3. Mobile Communication Antennas - 2 credits, 32 hours
4. Physics of Modern Semiconductor Devices - 2 credits, 32 hours
5. Special Topics in RF Circuits and Antennas - 2 credits, 32 hours
6. Integrated Design of Millimeter-Wave RF Front-ends - 2 credits, 32 hours
7. Advanced Communication Integrated Circuits - 2 credits, 32 hours
8. RF Circuit Analysis and Design - 2 credits, 32 hours
9. Statistical Learning Theory and Machine Learning - 2 credits, 32 hours
10. Theory and Methods of Mathematical Statistics - 2 credits, 54 hours
11. Numerical Analysis (Fundamentals of Scientific and Engineering Computing) - 2 credits, 54 hours
12. Circuit Analysis and Synthesis - 3 credits, 48 hours
13. Physics of Microelectronic Devices - 3 credits, 48 hours
14. Integrated Circuit Interconnect and Electromagnetic Compatibility (EMC) - 2 credits, 32 hours
15. Analysis and Design of Analog Integrated Circuits - 2 credits, 32 hours
16. Mobile Communication Antennas - 3 credits, 32 hours
17. Modern Coding Theory and Techniques - 3 credits, 48 hours
18. Electronic System Design using EDA (Electronic Design Automation) - 2 credits, 32 hours
19. Modern Digital Signal Processing (DSP) - 3 credits, 48 hours
20. Theory and Design of Digital Integrated Circuits - 2 credits, 32 hours
21. Theory and Design of Radio Frequency Integrated Circuits (RFICs) - 2 credits, 32 hours
22. Design of Advanced Power Management Integrated Circuits (PMICs) - 2 credits, 32 hours
23. Theory and Design of Modern RF Filters - 2 credits, 32 hours
24. Microelectronic Fabrication Processing Technology - 2 credits, 32 hours
25. Microsystem Design and Fabrication - 2 credits, 32 hours
26. Modern Engineering Research Methodology - 2 credits, 32 hours
27. Wide Bandgap Semiconductor Materials and Devices: Fabrication and Characterization - 2 credits, 32 hours
28. System Architecture and Applications of Intelligent Computing-in-Memory Chips - 2 credits, 32 hours
29. Reliability and Application Technologies of Microelectronic Devices - 2 credits, 32 hours
30. Nano-devices and Nanoelectronics - 2 credits, 32 hours
31. Computational Methods for Electromagnetic Fields - 2 credits, 32 hours
32. RF Circuit Analysis and Design - 2 credits, 32 hours
33. Linux and Embedded Communication Systems I - 2 credits, 32 hours
34. Modern Information Theory - 2 credits, 32 hours
35. Digital Image Processing - 2 credits, 32 hours
36. Computational Methods - 3 credits, 48 hours

Duration

• MEng: 3 years
• Ph.D: 4 years

Start Date

The program starts in September 2026.

Student Outcomes

Graduates of Electronic Science and Technology will apply mathematical and engineering principles to solve complex technical problems, and design innovative devices and systems while considering societal, environmental, and ethical impacts. They will employ research methodologies and modern tools to analyze data, simulate solutions, and understand technical limitations. With professional ethics and sustainability awareness, graduates will evaluate engineering solutions' economic and social consequences. Effective in both individual and team settings, they will integrate management principles and economic strategies in multidisciplinary environments to develop practical, responsible solutions for real-world challenges in microelectronics.

Entry Requirements

• Master Programs: Applicants must be non-Chinese citizens and be under the age of 35.
• Ph.D Programs: Applicants must be non-Chinese citizens and be under the age of 40.

Fees and Funding

Tuition Fee

• Master Program: 32,000 CNY/year
• PhD Program: 40,000 CNY/year

Scholarships and Application Deadlines

• Chinese Government Scholarship: October 1 February (following year)
• Guangdong Provincial Government Scholarship (New Students): June 30
• SCUT Outstanding International Student Scholarship (New Students): June 30

Application Fee

• 450 RMB

Note

1. The above information is for international students.
2. Scholarship deadlines may be updated according to the latest annual notice.