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shockley6668/README.md
Shukun Huang profile header

Building robots that perceive, reason, and act reliably in the physical world.



Website · Email · GitHub


About Me

I build robotics systems that connect learning-based intelligence with real-world deployment. My work spans embodied AI, robot learning, VLA/VLM models, reinforcement learning, perception, planning, control, embedded systems, and the ROS2 engineering stack.

Currently, I work on edge AI and robotics applications at D-Robotics, focusing on deploying LLM/VLA workflows on RDK platforms. I am also an incoming MEng student in Electrical and Computer Engineering at the University of Waterloo for Fall 2026.

Research Direction Engineering Stack Current Focus
Embodied AI, VLA/VLM, robot learning, world models ROS2, SLAM, planning, control, STM32, ESP32, RDK X3/X5/S100 Edge deployment of LLM/VLA workflows for real robots

Robotics Stack

Tech stack icons

ROS2 STM32 RDK Sim2Real VLA VLM Reinforcement Learning

Featured Work

Project Focus Highlights
gemma4-e2b-rdk-s100p Edge LLM / RDK S100P Deploying large-model workflows on D-Robotics edge hardware.
meta_sim2024_ep_docker Sim2Real / Robotics Docker Environment support for robotics simulation and deployment workflows.
BDX Bipedal Robot Replication RL / Sim2Real / Embedded Built STM32 H7 communication stack, tuned PPO reward functions, and deployed policies on RDK X5.
Dexterous Hand Control Teleoperation / Kinematics Mapped human hand motion to dexterous-hand joints through kinematics and optimization.
3D LiDAR Mobile Robot SLAM / Planning / Control Built localization, global/local planning, simulation, serial communication, and gimbal control pipelines.

Recognition

  • First Prize, IEEE ICRA 2024 Agilex Sim2Real Challenge
  • Second Prize, IEEE ICRA 2025 Sim2Real Challenge
  • First Prize, RoboMaster University League Competition, Sentry Robot Group
  • First Prize, National Undergraduate Electronic Design Contest, Guangdong Province
  • First author, Designing of a Dexterous Hand and Performance Evaluation Based on Teleoperation (IEEE Xplore)

GitHub Dashboard

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Robots should not only move. They should perceive, reason, and act reliably in the physical world.



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  2. gemma4-e2b-rdk-s100p gemma4-e2b-rdk-s100p Public

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