Topic 1: Optical Engineering
Optical Instruments and Technology
Laser and laser technology
Laser application technology
Microstructure optics
Optical Communication Devices and System Technology
Optoelectronic imaging technology
Optoelectronic instrument design
Modern Optical Technology
Quantization technique
Digital technology
Optical Engineering
Optoelectronic Technology 
Optical Information Technology
Light sensor
Thin film and integrated optics
Optical Information Processing
Advanced sensor technology
Optoelectronic Detection Technology and Devices
Optoelectronic display and 3D imaging
Micro displacement measurement and control
Micro Electro Mechanical Systems
Topic 2: Photonics
Luminescence and Advanced Materials
III-V and integrated optical devices
Polymers and Flexible Photonics
Optical subsystems, systems, and networks
Microwave photonics 
Biophotonics and Optical Biomedicine
Fiber optic technology and its applications
Plasma and Metamaterials
Optical sensors and systems
Topic 3: Laser and Applications
Basic principles of laser
Design and Optimization of Laser Processing System
Advanced laser processing technology
Classification, composition, and characteristics of lasers
Laser self mixing interferometry technology
Special optical fiber
Fiber laser
New Laser Spectroscopy and Sensing Technology
Fiber optic magnetic field sensing technology
Random laser
Liquid crystal excited fiber optic material
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
Spectroscopy