Seok Hwan Jeong
Papers
7
Total Citations
209
H-Index
6
About
Seok Hwan Jeong is a leading innovator in robotic actuation and anthropomorphic hand design, whose work centers on developing compact, high-performance transmission systems for tendon-driven robots. His most significant contribution is the invention of the active dual-mode twisted string actuation (TSA) mechanism, a miniaturized transmission that allows robotic hands to switch seamlessly between speed and force modes—enabling both rapid motion and powerful grasping within a single, simplified system. This breakthrough is documented in his highly cited 2017 paper (109 citations), where he integrated tiny tension sensors to create a more dexterous and sensor-rich anthropomorphic hand. Jeong further advanced the field with a 2-speed TSA-based transmission using a dog clutch (43 citations), eliminating complex gearing. His impact extends to pneumatic actuation, where he explored chemical gas generation for compact power. With over 200 total citations across his portfolio, Jeong’s work directly addresses the critical trade-off between speed and strength in robotic manipulation, laying the groundwork for more agile, lifelike prosthetic and industrial hands. His achievements represent a pivotal step toward truly capable, human-like robotic grippers.
Research Focus
Key Achievements
Top Papers
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