Expertise

Research Interests:

  • Stochastic control
  • Safety-critical systems
  • Multi-agent systems
  • Human-robot interaction

Keywords/Tags

  • Stochastic control Aerospace Safety-critical systems Multi-agent systems Human-robot interaction  

My expertise and research interests lie at the intersection of systems theory, optimization, and artificial intelligence to develop theoretically rigorous and practically effective decision and control methods for autonomous systems employed in the aerospace and automotive domains.

Recently, my research has focused on human-autonomy interaction, learning and control for safety-critical systems, and control theory and methods for connected cyber-physical systems, with applications for sustainable mobility.

His research interests are in the area of autonomous systems and robotics.

Research Projects:

  • Human-Autonomy Interaction and Application to Autonomous Vehicle Control
  • Learning and Control for Safety-Critical Systems
  • Control Theory and Methods for Connected Cyber-Physical Systems
Degrees
Ph.D, University of Michigan, Aerospace Engineering, 2021
M.S, University of Michigan, Mathematics, 2020
M.S, University of Michigan, Mechanical Engineering, 2016
B.S, Tongji University, Vehicle Engineering, 2014