(The following topics include but are not limited to)
Topic 1: Microelectronic systems
Circuit analysis and testing
Analog electronic technology, digital electronic technology
C language programming
PCB design
Introduction to integrated circuits
Semiconductor device physics
Integrated circuit manufacturing process
Fundamentals of integrated circuit packaging and testing
Semiconductor integrated circuit
Integrated circuit layout design technology
FPGA application and development
Topic 2: Semiconductors
New semiconductor materials and their Applications in devices Design and optimization of high-performance MOSFET
Power device technology for energy efficiency optimization
III-V compound semiconductor devices beyond silicon
Micro-electric semiconductor sensor and its application
Semiconductor lasers and their emerging applications
Graphene and other 2D materials devices
Quantum dot and quantum well semiconductor devices
New memory devices: RRAM, MRAM, FeRAM
Challenges and opportunities for cryoelectronic devices
Breakthrough technology for high frequency and high power devices
Silicon based optoelectronic device and its integration technology
Research on tunneling field-effect transistor (TFET) devices
Reliability and aging mechanism of semiconductor devices
Influence of advanced packaging and interconnect structures on device performance
Topic 3: Electronic devices
Power electronics technology, variable flow technology
Electronic device equipment
Power electronics and power transmission
Digital electronics Electronic information engineering
Advanced electromagnetism
MEMS component technology
Electronic system level design, electronics and nanoelectronics
Optical fiber and optical fiber equipment, three-dimensional semiconductor device technology
Circuit analysis and design
Microelectronics Science and Engineering
Communication electronic circuit
Integrated circuit design and integrated systems
Physics of microwave photonic devices
Integrated optics
Micro/nano systems and networks
Digital signal processing