Laser Technology and Optical Science:
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
Optoelectronic information:
Optoelectronics and Technology
Optoelectronic Information Engineering
Optoelectronic signal acquisition
Optical communication
Optoelectronic Information Processing
Optoelectronic Measurement and Control and Optoelectronic Sensing
Optoelectronic Detection Technology and Devices
Optoelectronic Information Application
Optoelectronic imaging technology
Optoelectronic detection technology
Optoelectronic instrument design
Optoelectronic devices
Optical communication and optical networks
Micro Electro Mechanical Systems
digital image processing
Optical Communication Devices and System Technology
Nanooptoelectronics
Laser self mixing interferometry technology
Special optical fiber
Fiber laser
New Laser Spectroscopy and Sensing Technology
Fiber optic magnetic field sensing technology
Microwave and Optoelectronic Integration
Energy and Optoelectronics
Optical Engineering:
Information Optics
physical optics
Applied Optics
Spectroscopy
Optical Instruments and Technology
Laser and laser technology
Light sensor
Microstructure optics
Photovoltaic technology
Integrated optics
Modern Optical Technology
New type of fiber optic sensor device
Micro nano optical devices
Random laser
Liquid crystal laser fiber material
Quantum optics
Integrated optoelectronic devices and sensors
Optical Measurement Technology and Its Applications
Nonlinear optics 
Photon Physics and Applications
Light energy conversion materials
Optical storage and optical display
Optoelectronic Engineering
Biomedical Photonics