Seung Hwan Lee

Papers

Total Citations

H-Index

About

Seung Hwan Lee is a robotics and biomedical engineering researcher whose work sits at the intersection of surgical robotics and minimally invasive medical technology. His most recognized contribution is the development of an active bending endoscope robot system designed specifically for navigating the complex anatomical pathways of the sinus region. This innovative system represents a significant advancement in endoscopic tool design, featuring a highly flexible instrument capable of bending up to 180 degrees within a remarkably compact 4mm diameter profile — making it well-suited for the delicate and confined spaces encountered during sinus surgery. By enabling the endoscope to bend in accordance with the surgeon's intent during insertion, Lee's design directly addresses one of the core challenges of sinus procedures: maneuverability without sacrificing precision or patient safety. With 17 citations, this work has garnered meaningful attention within the surgical robotics community, reflecting its relevance to ongoing efforts to improve minimally invasive surgical tools. Lee's research exemplifies the growing drive to integrate intelligent robotic systems into clinical practice, offering promise for improved surgical outcomes and reduced patient discomfort in otolaryngological procedures.