Research Projects
Robotic Hands
Anthropomorphic hands with novel actuation, sensing, and skeletal structures.
Overview
The human hand is the most versatile manipulator known. We design anthropomorphic robotic hands that approach this versatility through novel actuation mechanisms, accurate joint kinematics, and integrated tension/force sensing.
Recent work includes the RIM Hand — a robotic hand with an accurate carpometacarpal joint and nitinol-reinforced skeletal structure — and earlier prosthetic hands such as the MSC Hand, driven by twisted string actuation.
Demonstrations
Flex RIM Hand — 1st Prototyping
Prosthetic Robot Hand controlled by EMG (Box and Block Test)
Representative Publications
J. Lee, J. Han (co-first), D. Kim, S. Jeong*
Soft Robotics · 2026
The MSC Prosthetic Hand: Rapid, Powerful, and Intuitive
Y. Cho, Y. Lee, P. Kim, S. Jeong*, K.-S. Kim*
IEEE Robotics and Automation Letters · 2022
S. H. Jeong, K.-S. Kim, S. Kim
IEEE Robotics and Automation Letters · 2017
Patents
- Multi-DOF robotic gripper using a direct-drive differential mechanismFiledKR 10-2026-0005274 · PCT/KR2026/005769
- Quasi-direct-drive robot hand actuation with a nonlinear elastic mechanism and its controlFiledKR 10-2026-0075758 · KR 10-2025-0097452 · US 19/741,259 · JP 2026-174560 · DE 10 2026 130 079
- Flexible robot hand design method (CMC-joint robot hand)FiledKR 10-2025-0097414 · KR 10-2026-0118232
- Robot hand ↗RegisteredKR 10-2023-0181022
Funding
- NRF Materials Global Young Connect — high-dielectric elastomers for electroadhesive robotic end-effectors (2025.07 – 2028.12, 3.5B KRW; lead: Sogang, with KETI · GIST · Yonsei; intl. collaboration with UW-Madison and U. Louisville)