Young Lee

Jet Propulsion Laboratory, Konkuk University

Papers

Total Citations

H-Index

About

Young Lee is a versatile researcher whose work spans the frontiers of space exploration operations and bio-inspired robotics. His most recognized contribution lies in the domain of integrated human-robotic space missions, where he has examined the operational design implications of combining human and robotic programs — historically developed in isolation — for NASA's ambitious Vision for Space Exploration. His 2007 work on human-robotic missions to the Moon and Mars, which has garnered 27 citations, addresses the complex coordination challenges inherent in returning humans to the Moon and eventually reaching Mars, offering critical frameworks for mission operations design that continue to inform space agency planning. A complementary line of research explores bio-inspired robotics, particularly the dynamics and controller design of fish-like robots. His 2006 study on oscillating tail-fin propulsion mechanisms demonstrated how biological swimming dynamics can be replicated and harnessed in robotic systems, accumulating 11 citations. Taken together, Lee's research reflects a thoughtful engagement with both the grand challenges of interplanetary exploration and the nuanced engineering of nature-inspired autonomous systems, making his work relevant to researchers in aerospace engineering, robotics, and mission architecture alike.