About Me
Comprehensive experience in the end-to-end development of surgical robots, encompassing R&D through successful prototyping, rigorous animal studies, and cadaver lab testing. Demonstrated a keen understanding of user needs and leveraged technical expertise to drive innovations. Passionate about bridging practical insights with academic pursuits to create impactful solutions.
What's New
(Oct, 2023) I joined Medtronic and continue working on a spine surgical robot. While this marks the beginning of an exciting new chapter, I also want to reflect on my time at MicroPort. During my time there, my colleagues and I accomplished a great deal. Despite the challenges we faced, we built an exceptional team and made significant strides on a promising project. I’m proud of what we achieved and excited for the future.
(Jun, 2023) Successfully passed the Type Test, a critical procedure in the design verification phase.
(Oct, 2022) Our team embarked on our first animal lab.
(Aug, 2021) Transitioned to a new project, leading the development of a stereo vision-based robotic manipulation system for robotic hair transplantation. This shift was driven by my interest in taking on end-to-end R&D, allowing me to focus on the entire life cycle of surgical robots and push the boundaries of innovation from the ground up.
(Mar, 2021) Started working on joint control and kinematics for a teleoperated single-port laparoscopic surgical robot. As the project progressed into the Design Verification phase, I began considering the opportunity to start a new project from scratch, driven by my desire to take on end-to-end R&D in the field of surgical robots.
(Dec, 2020) Earned my Master of Science from the University of Minnesota - Twin Cities (UMN), specializing in robotics.
(Jun, 2018) Graduated with a Bachelor's degree from Shanghai Jiao Tong University (SJTU).
Professional Experience
Education
Publications
Development of an Image-Guided Robotic System for Automated Hair Transplantation
Zhiyi Jiang, Dingyi Gu(co-first), Ling Liao, Yipeng Guo, Linfei Xiong
IEEE International Conference on Advanced Robotics and Mechatronics (ICARM), 2023
Control Method of Stereo-Vision Based Robotic Hair Transplantation System
Dingyi Gu, Zhiyi Jiang et al.,
China Intellectual Property Administration (CNIPA), CN 115179294 A, 2022
Hair Extraction Result Prediction Method
Zhiyi Jiang, Dingyi Gu et al.,
China Intellectual Property Administration (CNIPA), CN 115192194 A, 2022
Surgical Instruments and Surgical Robot
Dingyi Gu, Qiming Zhang et al.,
China Intellectual Property Administration (CNIPA), CN 113974838 A, 2021
Professional Services
Reviewer, IEEE International Conference on Advanced Robotics and Mechatronics(ICARM) | 2023
Teaching Assistant, MATS 2001/2002, UMN | Fall 2020
Member of Graduate Council in Department of Mechanical Engineering, UMN | 2019
Student Tech Support Services (2226) for the UNITE Distributed Learning, UMN | 2018 - 2019
Volunteer Group Leader, Shanghai Marathon 2014
Honors & Awards
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