(Topics include but are not limited to)
Topic 1: Laser
Basic principles of laser
Design and Optimization of Laser Processing System
Advanced laser processing technology
Classification, composition, and characteristics of lasers
The Application of Laser in Industry
Geometric Optics: Principles and Applications
Wave Optics: Theory and Experiment
Quantum Optics and Information
Atmospheric Optics and Environmental Monitoring
Crystal Optics and Metamaterials
Electromagnetic waves in optics
Topic 2: Optical Technology
Optical Eddy Current and Its Applications
Non imaging optical equipment
Nonlinear Optical Phenomena and Materials
Statistical Optics: Principles and Techniques
Photometer and radiometer
Integrated optical components
Optical calculation
Optical Communication Technology and Systems
Thin film optical equipment
Fiber optic technology in communication and sensing
Innovative Applications of Biomedical Photonics
Topic 3: Semiconductor Materials
Semiconductor Spin Physics and Topological Phenomena
Semiconductor Nanotechnology and Devices
Wide/narrow bandgap semiconductor
Compound semiconductor
Magnetic semiconductor
Organic semiconductor
Advanced photoresist
Optoelectronics and photovoltaic devices
Semiconductor physics
Semiconductor quantum computing
Reliability of Semiconductor Materials and Devices
Semiconductor Manufacturing and Applications
Emerging Semiconductor Technologies/3D Semiconductor Device Technologies