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Chenhao Wu吴晨昊

M.S. Student in Robotics · Shanghai Jiao Tong University

g.rotrix@sjtu.edu.cn

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I am a M.S. student in Mechanical Engineering at Shanghai Jiao Tong University, advised by Prof. Genliang Chen. My research focuses on soft robotics, multi-modal sensor fusion, and dexterous end-effectors for robotic manipulation.

I work across the full stack of robot development — from mechanical design and hardware prototyping (SolidWorks, 3D printing, STM32) to algorithm implementation and real-robot deployment (ROS2, Isaac Sim, MuJoCo, imitation learning & reinforcement learning). As an undergraduate in the Qian Xuesen Class, I completed projects including a bionic frog robot, a 7-DOF humanoid arm, and a digital twin-based in-situ wear testing system.

I have gained industry experience at JAKA Robotics (dual-arm manipulation, VR teleoperation, and ALOHA-based imitation learning) and Agibot (real-time text-to-motion generation, humanoid jumping locomotion, and vision-based obstacle crossing), bridging mechanical design with embodied intelligence.

CV GitHub Scholar IEEE
Education
2020.09 –2024.06
Shanghai Jiao Tong University
B.Eng. in Mechanical Engineering · Qian Xuesen Class
Graduated with honors. Completed projects including Wear Testing Machine, Bionic Frog, and Humanoid Arm.
2024.09 –Present
Shanghai Jiao Tong University
M.S. in Mechanical Engineering · Robotics
Advised by Prof. Genliang Chen. Research focus on robotics, soft robots, and sensor fusion.
Internship
2024.06 –2024.09
JAKA Robotics · Mechanical Division
Mechanical Design Intern
Designed a 10-DOF three-fingered dexterous hand (7 active + 3 passive) with multiple grasping modes. Designed a 7-DOF humanoid dual-arm based on SRS configuration, completed SW modeling, 3D printing verification, and forward/inverse kinematics analysis in MATLAB.
2024.09 –2024.12
JAKA Robotics · Intelligent Perception Platform
Embodied AI Development Intern
Built a low-latency (<5ms) VR teleoperation system using Pico headset and JAKA K1 dual-arm servo mode. Ported the ALOHA imitation learning framework to JAKA K1, completing data collection, training, and deployment for autonomous pick-and-sort tasks.
2025.07 –2025.09
Shanghai Media Group (SMG) · Zhenshi Media
Documentary Director Assistant
Participated in documentary production covering Zhenghong Street Secretary daily life, Sinan Mansion premiere screening, and student street interviews at Xiehe Education Pudong Campus. Involved in both on-location shooting and post-production editing.
2026.03 –2026.08
Agibot · XLab Fermion Lab
Motion Control Algorithm Intern
Built a real-time text-to-motion system for Lingxi X2 humanoid robot (CLIP + VAE + latent diffusion high-level, sonic motion tracking low-level), enabling dancing and jumping via text control. Trained A3 robot jumping skills with Mimic+AMP, and implemented depth-camera-based obstacle crossing for X2.

Projects

EBUG: Elastic-beam Buckling and Undulating Generation
EBUG: Elastic-beam Buckling and Undulating Generation
2025.09
Multi-modal robot locomotion via elastic-beam undulation and snap-through buckling
Variable Stiffness Compliant Gripper
Variable Stiffness Compliant Gripper
2025.09
A variable stiffness compliant gripper with flexible parallelogram mechanism, achieving 500x axial and 100x grasping stiffness tuning
Brain Tumor MRI Images Classification and Segmentation
Brain Tumor MRI Images Classification and Segmentation
2025.02
Imperial College Winter School Honor Project
Imitation Learning for Bimanual Manipulation
Imitation Learning for Bimanual Manipulation
2024.09
Humanoid Arm
Humanoid Arm
2024.07
7DOF humanoid robot arm
Bionic Frog
Bionic Frog
2023.09
A high-performance bionic frog, achieved by using a cam-driven linkage to compress a spring energy storage mechanism.
Development of a Digital Twin-based In-situ Wear Testing System
Development of a Digital Twin-based In-situ Wear Testing System
2022.09
A digital twin-based in-situ wear testing system for the development of advanced materials