Ph.D. in Robotics and AI at the University of New Hampshire.
My research centers on efficient planning algorithms for trustworthy robotic autonomy. I develop algorithmic and theoretical foundations that enable autonomous robotic systems to act safely, reliably, and efficiently in complex environments.
- Sampling-Based Kinodynamic Motion Planning
- Bidirectional Heuristic Search
- Lazy bidirectional heuristic search for sampling-based motion planning: Bidirectional Lazy Informed Trees
- Tighter termination conditions for bidirectional heuristic search: Meet-in-the-Middle with Early and Efficient Termination
- Open Motion Planning Library (OMPL): Lazy Informed Trees
- MEET, IJCAI 2025
