At present, he is engaged in the research of complex optical system simulation and computer-aided assembly and adjustment technology, precision measurement and control technology, photoelectric hybrid information processing technology and so on, and has published 8 papers, including 4 EI retrieval papers and 4 invention patents. At present, the research projects are: 1. Guangdong University Outstanding Young Innovative Talents Training Project (Seedling Project); 2. Jinan University Scientific Research Cultivation and Innovation Fund Project; 3. Cooperate with an enterprise in Zhongshan to develop a series of thermostat products based on NEC microcontroller. Personal interests: industrial automatic control technology, robotics.

Lecture: electromagnetic field and electromagnetic wave, automatic control principle, virtual instrument, sensing technology, photoelectric technology, single chip microcomputer principle. Paper: Coordinate Decoupling Analysis of Multidimensional Precision Optical Adjustment Frames, Photoelectric Engineering, Vol.38, No.4, 20 1 1.4 (Core Journal), Research on Parameter Solving Model and Algorithm of Quadratic Aspherical Mirror, Science and Technology and Engineering, 2065438. Influence and elimination of nonlinearity in aspheric zero compensation detection, science and technology and engineering,No. 16, 2007. Active adjustment of rigid support thin film mirror system, infrared, no.8, 2006. Patent: 1. The first inventor, electromechanical integration analysis method based on int file. 2. The first inventor, the optical axis transformation method in the off-axis three-mirror optical system assembly. 3. The first inventor, the coordinate decoupling method of five-dimensional optical adjustment frame. 4. The second inventor is a limiting device for limiting the displacement of a large-aperture mirror in a dynamic environment.