About

I am a Ph.D. candidate in Artificial Intelligence at Northeastern University, currently affiliated with the State Key Laboratory of Robotics, Shenyang Institute of Automation, Chinese Academy of Sciences, under the supervision of Prof. Yiwen Zhao.

My research centers on robotic dexterous manipulation and intelligent motion control. Utilizing a range of robotic platforms—including industrial arms, mobile systems, and humanoid robots—I develop methodologies in trajectory optimization, coordinated planning, multimodal perception, and control architecture design. The goal is to enhance robotic autonomy and manipulative competence under unstructured, dynamic environments.

Recently, I have been focusing on skill learning for robotic control, integrating imitation learning and reinforcement learning to synthesize structured control strategies for high-dimensional sequential tasks. This research contributes to scalable and generalizable robotic cognition in physically embodied systems.

  • Advisor: Prof. Yiwen Zhao
  • Degree: Ph.D. Candidate
  • City: ShenYang, China
  • Email: sjcyxr@gmail.com

Interests

Robot Manipulation

Skill Learning

Motion Control

Reinforcement Learning

Computer Vision

Software Development

Algorithm Development

Robotics Systems

Skills & Proficiency

Python & C++

ROS & ROS2

MuJoCo / Isaac Sim

Agile & Franka & UR Robot

Education

Ph.D. in Artificial Intelligence Northeastern University

2023 - Present

  • Research Focus: Dexterous Robot Manipulation and Intelligent Control
  • Developed control algorithms for a lightweight humanoid dual-arm upper limb robot
  • Participated in "Surgical Robot" project, responsible for algorithm development and system integration on compliant trajectory tracking for knee osteotomy under force guidance
  • Contributed to key R&D project: "Autonomous Dual-arm Operations of Mobile Robots Based on Multimodal Perception Fusion"
  • Worked on National Key Research Project: "Skill Learning-based Robot Manipulation Strategy"
  • Involved in Liaoning Provincial Key R&D Project: "Dexterous Dual-arm Collaboration in Unstructured Environments"
  • Participated in "Machine Worker" project focused on skill learning and behavior-driven assembly skill generalization

Master of Science in Control Science and Engineering Northeastern University

2021 - 2023

  • Focused on motion control of manipulators and compound robots
  • Developed motion control algorithms for self-designed manipulators
  • Contributed to the "Unmanned Chemist" project, responsible for multimodal perception, motion control, and system integration of compound robots

Bachelor of Automation Jiangsu University

2017 - 2021

  • Majored in Automation
  • Awarded Excellent Graduate, Outstanding Student Leader, and “Three Goods” Student

Online Certification

Machine Learning

Algorithms-Design and Analysis

Algorithmic Toolbox

Deep Learning with Tensorflow

Machine Learning with Python

Neural Networks and Deep Learning

Experience

Northeastern University
Ph.D. in Artificial Intelligence

2023 - Present
  • Research Focus: Dexterous Robot Manipulation and Intelligent Control
  • Developed control algorithms for a lightweight humanoid dual-arm upper limb robot
  • Participated in "Surgical Robot" project, responsible for compliant trajectory tracking algorithm development for knee osteotomy under force guidance
  • Contributed to key R&D project: "Autonomous Dual-arm Operations of Mobile Robots Based on Multimodal Perception Fusion"
  • Worked on National Key Research Project: "Skill Learning-based Robot Manipulation Strategy"
  • Involved in Liaoning Provincial Key R&D Project: "Dexterous Dual-arm Collaboration in Unstructured Environments"
  • Participated in "Machine Worker" project focused on skill learning and behavior-driven assembly skill generalization

Northeastern University
Master of Control science and engineering

2021 - 2023
  • Focused on motion control of manipulators and compound robots
  • Developed motion control algorithms for self-designed manipulators
  • Contributed to the "Unmanned Chemist" project, responsible for multimodal perception, motion control, and system integration of compound robots

Jiangsu University
Automation Engineering

2017 - 2021
  • Majored in Automation
  • Awarded Excellent Graduate 2021 , Outstanding Student Leader 2018-2020

Projects

  • All
  • Skill Learning
  • Bimanual Manipulation
  • self-developed manipulator
  • mobile robot

Mobile Robotic Chemist

Gello Teleoperation System

3D Diffusion By Hmj

VR Teleoperation

LLM

Hand Teleoperation By VR

Robust

Dual Robot Sim-Mujoco

Dual Robot

Zero-Force Teaching

Collision Detection

Plane-Constrained Compliant Dragging

Patent

  1. 中文: 赵忆文, 孙锦程, 罗阳, 姜运祥, 江超, 王逍, 赵新刚, 周易书, 薛鹏旺. 一种用于协作机器人末端执行器的虚拟墙构建方法. 中国, CN202410606236.3[P]. 2024-05-16.
    English: Zhao Yiwen, Sun Jincheng, Luo Yang, Jiang Yunxiang, Jiang Chao, Wang Xiao, Zhao Xingang, Zhou Yishu, Xue Pengwang. A virtual wall construction method for collaborative robot end-effectors. China, CN202410606236.3[P]. May 16, 2024.
  2. 中文: 叶丹, 孙锦程. 一种基于自适应信号与动态控制优化的主从遥操作方法. 中国, CN202510212320.1[P]. 2025-05-02.
    English: Ye Dan, Sun Jincheng. A master-slave teleoperation method based on adaptive signals and dynamic control optimization. China, CN202510212320.1[P]. May 2, 2025.
  3. 中文: 赵忆文, 孙锦程, 罗阳, 姜运祥, 江超, 王逍, 赵新刚, 柯逢时, 胡孟建. 一种面向驱动器层安全边界的轨迹检查规划方法. 中国, CN202410495451.0[P]. 2024-04-24.
    English: Zhao Yiwen, Sun Jincheng, Luo Yang, Jiang Yunxiang, Jiang Chao, Wang Xiao, Zhao Xingang, Ke Fengshi, Hu Mengjian. A trajectory inspection planning method for driver-level safety boundaries. China, CN202410495451.0[P]. Apr 24, 2024.
  4. 中文: 赵忆文, 孙锦程, 魏仁松, 罗阳, 姜运祥, 张元林, 高子奇, 江超, 赵新刚. 一种用于无人实验室离心机的机器人自主作业控制方法. 中国, CN202210811113.4[P]. 2024-01-19.
    English: Zhao Yiwen, Sun Jincheng, Wei Rensong, Luo Yang, Jiang Yunxiang, Zhang Yuanlin, Gao Ziqi, Jiang Chao, Zhao Xingang. A robot autonomous operation control method for unmanned laboratory centrifuges. China, CN202210811113.4[P]. Jan 19, 2024.
  5. 中文: 赵忆文, 王逍, 罗阳, 孙锦程, 姜运祥, 赵新刚, 周易书. 一种基于力矢量预测的胫骨切除手术虚拟墙构建方法. 中国, CN202510208170.7[P]. 2025-06-20.
    English: Zhao Yiwen, Wang Xiao, Luo Yang, Sun Jincheng, Jiang Yunxiang, Zhao Xingang, Zhou Yishu. A tibial osteotomy virtual wall construction method based on force vector prediction. China, CN202510208170.7[P]. Jun 20, 2025.
  6. 中文: 赵忆文, 王逍, 罗阳, 孙锦程, 姜运祥, 赵新刚, 周易书. 一种面向摆锯高频振动工况下的膝关节切骨模态识别方法. 中国, CN202411933558.5[P]. 2024-12-26.
    English: Zhao Yiwen, Wang Xiao, Luo Yang, Sun Jincheng, Jiang Yunxiang, Zhao Xingang, Zhou Yishu. A knee osteotomy modal recognition method under high-frequency vibration of oscillating saws. China, CN202411933558.5[P]. Dec 26, 2024.
  7. 中文: 赵忆文, 胡孟建, 罗阳, 姜运祥, 王逍, 赵新刚, 孙锦程, 李俊龙. 一种面向无人实验室的透明物体抓取方法. 中国, CN202410495449.3[P]. 2024-07-26.
    English: Zhao Yiwen, Hu Mengjian, Luo Yang, Jiang Yunxiang, Wang Xiao, Zhao Xingang, Sun Jincheng, Li Junlong. A transparent object grasping method for unmanned laboratories. China, CN202410495449.3[P]. Jul 26, 2024.
  8. 中文: 赵忆文, 柯逢时, 罗阳, 姜运祥, 王逍, 赵新刚, 孙锦程, 李俊龙. 一种面向空间爬行臂的变运动链控制方法. 中国, CN202410490496.9[P]. 2024-06-21.
    English: Zhao Yiwen, Ke Fengshi, Luo Yang, Jiang Yunxiang, Wang Xiao, Zhao Xingang, Sun Jincheng, Li Junlong. A variable kinematic chain control method for space climbing manipulators. China, CN202410490496.9[P]. Jun 21, 2024.

Contact

My Address

Shenyang Institute of Automation

Shenyang, Liaoning, China

Social Profiles

Email

1962945668@qq.com

sjcyxr@gmail.com

Contact