Seho Kim

Massachusetts Institute of Technology, Sangmyung University

Papers

Total Citations

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About

Seho Kim is a pioneering researcher at the intersection of biomechanics and medical robotics, whose work spans from the fundamental physics of human locomotion to cutting-edge autonomous clinical systems. His early landmark study on swing leg retraction in running (2011, 23 citations) fundamentally reshaped our understanding of energy efficiency in gait, demonstrating that reducing foot speed at ground contact can lower touchdown energy losses—a key insight for both prosthetic design and legged robotics. More recently, Kim has translated these biomechanical principles into life-saving medical technology. His 2024 work on a robotic system for precise vascular access and autonomous venipuncture (4 citations) addresses a critical clinical challenge: reducing the workload on medical practitioners while preventing procedural errors. By developing a robot capable of locating veins and performing blood draws without human intervention, Kim is tackling one of the most common yet failure-prone procedures in healthcare. His research uniquely bridges theoretical mechanics and practical medical devices, showing how insights from running efficiency can inform safer, more reliable clinical tools. Kim’s trajectory exemplifies how biomechanical fundamentals can drive innovation in autonomous medical systems.