3D/4D Robot Vision
Geometry, semantics, motion, scene flow, depth, point clouds, neural fields, and robust robot perception in dynamic scenes.
Director, Physical Intelligence and Robotics Lab
Assistant Professor, Cambridge-Ireland International Centre, University of Galway | Research Associate, University of Cambridge
I build robotic systems that perceive dynamic 3D worlds, predict physical change, and act safely in complex real-world environments. My work spans robot vision, localization and mapping, world models, manipulation, and construction automation.
PIRLab
I am the Director of PIRLab, the Physical Intelligence and Robotics Lab. The lab website now hosts our research directions, selected projects, papers, groups, openings, industry applications, and news.
Research Focus
Geometry, semantics, motion, scene flow, depth, point clouds, neural fields, and robust robot perception in dynamic scenes.
Predictive models for scene dynamics, future observations, action-conditioned physical change, dynamic mapping, and real-to-sim-to-real systems.
Physically grounded robot manipulation, contact-rich action, robust control, construction automation, digital twins, and safe deployment.
Bio
I am an Assistant Professor at the Cambridge-Ireland International Centre, University of Galway, and a Research Associate in the Department of Engineering at the University of Cambridge.
I received my PhD from the Intelligent Robotics and Machine Vision Lab at Shanghai Jiao Tong University, advised by Prof. Hesheng Wang. I have also collaborated with Prof. Masayoshi Tomizuka at UC Berkeley and visited the Computer Vision and Geometry Group at ETH Zurich, advised by Prof. Marc Pollefeys.
Highlights
Official Profiles
Selected official features from the University of Cambridge and Shanghai Jiao Tong University introduce my robotics research, academic service, and PhD thesis recognition.
Links
For current projects, publications, group members, and recruitment, please use the lab site. For citation details, use Google Scholar or my CV.