His primary research interests encompass optoelectronic measurement and control, navigation and guidance technology, optical imaging and optoelectronic sensor signal processing, laser application and communication technology. He undertook projects such as autonomous orientation system devices, optoelectronic aiming systems, unmanned aerial vehicle (UAV)-mounted optoelectronic/radar integrated equipment, and laser communication prototypes. 

Additionally, he presided over the completion of an international cooperation project from the Ministry of Science and Technology, focusing on laser protection composite film systems and preparation systems for solar cell arrays. He also participated in GF special projects, contributing to the scheme argumentation, system integration, testing and experimentation of aerostat platforms, optoelectronic payloads and radar payloads.

Currently, he is undertaking several research tasks, including the 14^th Five-Year Plan equipment pre-research project on unmanned aerial platform detection technology, the Chinese Academy of Sciences' (CAS) 14^th Five-Year Plan demonstration project exploring the development strategy for near-space infrastructure, and AIR’s autonomously deployed disruptive technology frontier innovation project focusing on near-space rapidly deployable aerostat systems and applications. 

These projects have equipped him with extensive engineering experience in the fields of space-air information acquisition and processing for unmanned systems, optoelectronic system equipment integration and testing, laser application technology, and space remote sensing terrestrial observation technology.

He won one first prize in Beijing Science and Technology Award. He has mentored 15 graduate students, published over 20 academic papers, authored more than 30 technical reports and filed 5 patent applications.