◕ 1. Laser Technology and Optical Science  

• Basic principles of lasers

• Laser Processing System Design and Optimization

• Advanced Laser Processing Technology

• Classification, Composition and Characterization of Lasers

• Laser Applications in Industry

• Geometrical Optics: Principles and Applications

• Fluctuating Optics: Theory and Experiment

• Quantum Optics and Information

• Atmospheric Optics and Environmental Monitoring

• Crystal optics and metamaterials

• Electromagnetic Waves in Optics

◕ 2. Optical Technologies and Devices

• Optical Eddy Current and Its Applications

• Non-imaging Optical Devices

• Nonlinear Optical Phenomena and Materials

• Statistical Optics: Principles and Techniques

• Photometry and Radiometry

• Integrated Optical Components

• Optical Computing

• Optical Communication Technologies and Systems

• Thin Film Optical Devices

• Optical Fiber Technology in Communication and Sensing

• Innovative Applications of Biomedical Photonics

◕ 3. Photovoltaic Technology and Applications

• R&D of Optoelectronic Materials and Devices

• Optoelectronic Imaging and Detection Technology

• Optical Fiber Communication Systems and Components

• Latest Development of CD Storage Technology

• Display Technology and New Display Materials

• Terahertz Technology

• Optical Sensors

• Optical Interconnect Technology

• Semiconductor Lighting Technology

• Nano Optoelectronics

• Micro-Nano Opto-Electro-Mechanical Systems (MOEMS)

• Signal Processing and Optoelectronic Information Technology

• Image and Signal Processing

• Optoelectronic Information Processing Technology