Jiwoon Kwon

Papers

Total Citations

184

H-Index

About

Jiwoon Kwon is a pioneering figure in biomedical robotics, best known for his transformative work on endoscopic capsule robots for gastrointestinal diagnosis. His research centers on biomimetic locomotion and adhesion mechanisms, addressing the critical limitations of passive capsule endoscopes that rely solely on peristalsis. Kwon’s most influential contribution is the development of micro-patterned wet elastomer adhesives, which dramatically enhance friction on slippery intestinal surfaces—enabling active, controllable movement within the body. His landmark 2006 paper on a miniature endoscopic capsule robot using biomimetic micro-patterned adhesives (76 citations) introduced both stopping and locomotion mechanisms, while his subsequent study on friction enhancement via micro-pillar-based silicone rubber (58 citations) provided the foundational tribological insights for clamping mechanisms. Kwon also advanced earthworm-like robotic locomotion, evaluating critical stroke parameters for capsule endoscopes (50 citations). Collectively, his work has accumulated over 180 citations, establishing him as a key innovator in active capsule endoscopy. By solving the core challenge of reliable adhesion and movement in the small intestine, Kwon’s research has paved the way for next-generation diagnostic tools that promise greater accuracy and functionality than conventional endoscopy.