Building Trust in Human-Robot Collaboration

I am a fifth-year Ph.D. candidate in the Industrial and Operations Engineering Department Department at the University of Michigan and a member of the Interaction and Collaboration Research Lab (ICRL).

My research centers on understanding and modeling human trust dynamics, predicting behavior as a function of trust, and designing robot interaction strategies that foster trust within human-robot teams. This work lies at the intersection of human factors and optimization—the two core pillars of Industrial Engineering.

Please explore the tabs above to learn more about my research, including publications, presentations, projects, and my curriculum vitae.

Career Interests:

I am eager to explore industry opportunities where I can apply my expertise in robotics, human-robot interaction, and software development to drive innovative solutions.

Technical Skills:

I specialize in tools and methodologies for human-robot interaction and system optimization:

  • Python icon Python: Algorithm development and data analysis
  • C++ icon C++: Programming for real-time applications
  • Unreal Engine icon Unreal Engine: Advanced simulation environments
  • Optimization icon Optimization: Mathematical optimization
  • ROS2 icon ROS2: Robot Operating System for robotic integration