Sung Chul Kang

Korea Institute of Science and Technology

Papers

Total Citations

H-Index

About

Sung Chul Kang is a pioneering roboticist whose research centers on developing intelligent robotic systems for hazardous environments and human-robot interaction. His most influential work, the double-track mobile robot introduced in his 2003 paper (79 citations), represents a significant breakthrough in field robotics. This link-type tracked vehicle, designed with a three-part articulated frame (front, rear, and body), was engineered for critical applications including firefighting, mine detection, and assisting individuals with disabilities in dangerous settings. The robot's innovative design enables superior mobility across challenging terrains while maintaining stability and control. Kang's broader contributions extend to humanoid robotics, as demonstrated in his 1998 work (10 citations) on an integrated humanoid system featuring over 60 joints. This comprehensive system seamlessly combines human interfaces, motion and grasp planning algorithms, controllers, and graphical simulation—all coordinated to perform complex tasks. His research bridges the gap between mechanical design, autonomous planning, and intuitive human control, establishing foundational principles for robots operating in unstructured, high-risk environments. Kang's work continues to influence modern search-and-rescue robotics and assistive technologies.