Voice-Controlled Navigation & Manipulation on Unitree Go2-W
A quadruped that hears a spoken request, navigates to a target, and grasps it. I owned the perception and manipulation halves of the system.
Building robots that perceive, reason, and act in the real world, from simulation to real hardware.
I am a robotics and AI engineer working on embodied AI. I build robot pipelines that connect perception, language models, planning and control, taking systems from simulation in Gazebo, MuJoCo and Isaac Gym to real hardware.
My most recent system is voice-controlled navigation and manipulation on the Unitree Go2-W quadruped with a D1 arm. Alongside that I build offline, on-device voice agents for service robots. My goal is to do a PhD in robot learning, especially on how robots can learn to perceive, reason, and act reliably in real-world environments.
Based in the Hengqin Island & Macau area. M.S. from Hohai University. TOEFL 100/120, CEFR C1.
A quadruped that hears a spoken request, navigates to a target, and grasps it. I owned the perception and manipulation halves of the system.
Customers ask about products, plans and pricing by voice; the robot answers with no network dependency, so it stays reliable during live events.
Bringing a reproduced humanoid to life and teaching it to walk in simulation.
My published work is from an earlier machine-learning and hydrology research period; it reflects a full research pipeline from data to peer review.