(The following topics include but are not limited to)
Topic 1: Optoelectronic Materials
Basic Theory of Optoelectronic Materials
Semiconductor optoelectronic materials
Organic optoelectronic materials
Perovskite optoelectronic materials
Two dimensional optoelectronic materials
Quantum dot optoelectronic materials
luminescent material
Optoelectronic detection materials
Photovoltaic materials
Nonlinear optical materials
Electro-optic material
Magneto optic material
Pyroelectric material
Piezoelectric optoelectronic materials
Transparent conductive material
Optical waveguide material
Photonic crystal materials
Preparation Technology of Optoelectronic Materials
Characterization methods for optoelectronic materials
Defect control of optoelectronic materials
Stability of optoelectronic materials
Optoelectronic materials are environmentally friendly
Integration of Optoelectronic Materials and Devices
Frontier development of optoelectronic materials
Topic 2: Sensors
Basic Theory of Sensors
Physical quantity sensor
Chemical quantity sensor
Biomass sensor
photoelectric sensor
fiber optic sensor
MEMS sensors
CMOS sensor
wireless sensor
flexible sensor
Smart Sensor
Nano sensors
Sensor signal processing
Sensor calibration technology
Sensor reliability
Low power design of sensors
Sensor Network Technology
Topic Three: Power Electronics
Power semiconductor devices
Wide bandgap power device
Power electronics transformation topology
AC-DC conversion technology
DC-DC conversion technology
DC-AC inverter technology
Multi level conversion technology
Soft switch and resonance
Power electronics system integration
Power electronic control strategy
Power Electronic Digital Control
Power electronics electromagnetic compatibility
Power Electronic Thermal Management
Power electronics packaging technology
Reliability of Power Electronics
Power electronics fault diagnosis
Power Electronics Simulation Design
Power electronics testing and verification