Published or under review papers include: DexFruit, TensorTouch, Splat-Nav, SAFER-Splat, Next Best Sense, Splat-MOVER, Touch-GS, Safe Drone Flight with Time-varying Backup Controllers, Onboard Safety Guarantees for Racing Drones: High-speed Geofencing with Control Barrier Functions.
Research Experience
Current research projects include: DexFruit (dexterous manipulation and Gaussian splatting inspection of fruit), TensorTouch (calibration of tactile sensors for high resolution stress tensor and deformation for dexterous manipulation), Splat-Nav (safe real-time robot navigation in Gaussian splatting maps), SAFER-Splat (safety with control barrier functions in online Gaussian splatting maps), Next Best Sense (guiding vision and touch with FisherRF for 3D Gaussian splatting), etc.
Education
Started his PhD at Stanford University in September 2023, focusing on tactile sensing for robotics.
Background
PhD student in Mechanical Engineering at Stanford University, co-advised by Prof. Monroe Kennedy and Prof. Mac Schwager. He is a member of the ARM Lab and the Multi-Robot Systems Lab. His research interests include leveraging tactile sensing for dexterous manipulation and making vision language action (VLA) models more generalizable.