1. SiC Power Electronic Devices Technology

• SiC Substrate Growth Technology

• SiC Homo-epitaxial Growth Technology

• SiC Material Defects and Characterization

• SiC Power Electronic Devices Technology

• Reliability Issues in SiC Power Electronic Devices 

• Packaging for SiC Power Electronic Devices

• SiC Power Electronics Application

• Market Research for SiC Power Electronic Technology

2. Power Electronic Devices based on GaN and other wide band-gap semiconductors

• GaN Based Heterostructure Epitaxial Growth and Defects, and Stress Control on Large Size Substrate

• GaN based Power Electronic Devices Technology

• GaN substrate Meterials and Homogeneous Epitaxial with Thick Film

• Reliability of GaN Power Electronic Devices

• GaN Device Packaging Technology

• GaN Power Electronics Application

• Market Research of GaN Power Electronic Technology

• Other Electronic Materials and Devices of Wide Bandgap Semiconductor

3. Wide Bandgap Semiconductors and a new generation of Mobile Communication Technology

• High Efficiency GaN Microwave Wave Device Technology

• Reliability of GaN Microwave Device

• GaN Epitaxial Technology for High Efficiency Microwave Device

• GaN Monolithic Microwave IC Design

• Big Signal Equivalent Circuit Modeling and Physical Modeling of GaN Microwave Devices

• Wide Band, High Efficiency, Linear Power Amplifier Design for Mobile Communication

4. Wide Bandgap Semiconductors and Solid-State Ultraviolet Devices

• Wide Bandgap Semiconductor Ultraviolet Luminescent Material and Novel Substrate

• Wide Bandgap Semiconductor Ultraviolet Detecting Material

• Design and Growth of High Efficient Quantum Structure

• High Efficiency Solid State Ultraviolet Light Emitting Device

• High Sensitivity Ultraviolet Detection and Imaging Device

• Light Extraction, Thermal Management and Reliability of UV Packaging and Modules

• New Progress of Ultraviolet Light Source and Detection Application