Yongjun Lee

Yonsei University, Mokpo National University

Papers

Total Citations

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About

Yongjun Lee is a pioneering researcher at the intersection of biomimetic engineering and advanced robotics, with a primary focus on developing tactile sensor technologies and innovative locomotion systems. His most impactful contribution lies in the design of biomimetic tactile sensors based on nanomaterials, a work that has garnered 88 citations since 2020. This research addresses the critical demand for high-sensitivity tactile systems in robotic and wearable healthcare applications, aiming to replicate the nuanced sensory capabilities of human skin. By leveraging nanomaterials, Lee’s work pushes the boundaries of artificial touch, enabling more intuitive human-machine interactions and advanced prosthetics. In parallel, Lee has made notable strides in robotic mobility, exemplified by his 2016 study on an active steerable driving mechanism using two in-wheel motors. This design facilitates omnidirectional motion for robotic platforms, enhancing maneuverability in constrained environments. Though less cited, this work demonstrates his versatility in solving practical engineering challenges. Lee’s dual focus on sensory perception and physical locomotion positions him as a key contributor to the next generation of intelligent, adaptive robots, with his research holding promise for transformative impacts in healthcare, manufacturing, and autonomous systems.