共有8个项目在研（政府项目4个，产品研发3个，横向项目1个）：
1）放电动力学特性与光路净化保护研究（政府项目：2012-2020）
2）温度控制系统产品研发（政府项目：2017-2020）
3）超稳定微环境控制系统（政府项目：2019-2021）
4）医务工作者免受病毒感染的微正压透气防护服研发（学校专项：2020-2020）
5）智能装车卸车移动机器人（产品研发：2015-2022）
6）全自动豆粕装袋系统（产品研发：2017-2021）
7）全自动立式包装系统（产品研发：2019-2023）
8）高精度温度控制系列板卡研发（横向项目：2019-2022）
代表性著作：
1）Yunlang Xu，Xiaoping Li, Xiaofeng Yang, Zhile Yang, Liwei Wu, Qingsheng Chen. A two-stage model for rate-dependent inverse hysteresis in reluctance actuators. Mechanical Systems and Signal Processing, 2020,135:1-18.（SCI收录,IF:5.005）
2）Yunlan Xu, Zhile Yang, Xiaoping Li, Huazhou Kang, Xiaofeng Yang, Dynamic opposite learning enhanced teaching–learning-based optimization. Knowledge-Based Systems, 2020, 188:1-15.（SCI收录,IF:5.101）
3）Xin He, Xiaoping Li, Jinrong Yang. Modeling and simulation of sheets ply separation induced by air flow, Engineering Computations, 2019,10.（SCI收录,IF:1.246）
4）Wei Xiong, You Wang, Xiao-Ping Li, Song Mei and Zhu-Xin Tian. Study on the Forming Process and Deformation Behavior of Inner Ring in the Wheel Hub Bearing Based on Riveting Assembly, Materials,2019,12(3785):1-15. (SCI收录,IF:2.972)
5）Hui Xiong, Youping Chen, Xiaoping Li, Bing Chen. A two level optimized graph-based simultaneous localization and mapping algorithm. Industrial Robot-The International Journal of Robotics Research and Application, 2018,45(6):758-765.（SCI收录,IF:1.19）
6）Min Lei, Xiaobin Wu, Wei Zhang, Xiaoping Li, Xuedong Chen. The implementation of subsonic boundary conditions for the direct simulation Monte Carlo method in dsmcFoam. Computers & Fluids, 2017, 156 :209-219.（SCI收录,IF:2.223）
7）Xiaoping Li, Yiwen Zhao, Min Lei. High precision and stability temperature control system for the immersion liquid in immersion lithography. Flow Measurement and Instrumentation,2017,53:317-325.（SCI收录,IF:1.977）
8）Hui Xiong, Youping Chen, Xiaoping Li, Bing Chen, Jun Zhang. A scan matching simultaneous localization and mapping algorithm based on particle filter. International Journal of Robotics Research and Application, 2016,43(6): 607-616.（SCI收录,IF:1.19）
9）Min Lei, Xiaoping Li, Jinchun Wang. The angular distribution at the outlet of a capillary in a wide range of rarefaction. Vacuum, 2016, 132:40-46. （SCI收录,IF:2.515）
10）M Lei，X Li，B Chen. The influence of a diverging conical end on the beam's angular distribution at the outlet of the capillary. Vacuum, 2016,130:7-13. （SCI收录,IF:2.515）