Sang-Hyo Lee

Korea Institute of Industrial Technology

Papers

Total Citations

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About

Sang-Hyo Lee is a researcher whose work has focused on the exciting intersection of biomimetic robotics and underwater locomotion systems. His most recognized contribution to the field is the design and control of the three-degrees-of-freedom robotic fish system known as "ICHTHUS V5.5," published in 2013. This work represents a notable effort to replicate the efficient and agile movement of biological fish through advanced mechanical design and control strategies, contributing to the broader scientific pursuit of bio-inspired autonomous underwater vehicles. Although still building a citation profile with 5 citations recorded for this work, Lee's research addresses a technically demanding challenge that sits at the crossroads of mechanical engineering, control systems, and marine robotics — an area of growing relevance for applications in underwater exploration, environmental monitoring, and defense. The ICHTHUS V5.5 project demonstrates a commitment to developing practical, biologically inspired robotic platforms capable of nuanced motion control. Students and researchers interested in underwater robotics, soft robotics, or biomimetic locomotion will find Lee's contributions a meaningful reference point in the evolving landscape of aquatic robotic systems.