Juhyeok Kim

Papers

Total Citations

118

H-Index

About

Juhyeok Kim is a pioneering roboticist whose research focuses on the design, modeling, and control of advanced aerial and tendon-driven robotic systems. His most influential work introduces the ODAR (omni-directional aerial robot), a fully-actuated multi-rotor platform that can assume arbitrary motion in SE(3) or generate any control wrench in se(3). This breakthrough, achieved through six strategically distributed rotors with reversible ESCs, has earned 114 citations and fundamentally expanded the maneuverability envelope for aerial robots. Kim also made significant contributions to under-actuated tendon-driven (UATD) systems, proposing a novel stiffness decomposition framework that completely decouples the configuration space. This systematic design approach enables UATD robots to exhibit desired behaviors during both free motion and contact tasks, offering a powerful tool for engineers. While his 2018 work on stiffness decomposition has 4 citations, its theoretical elegance and practical utility for designing compliant, dexterous robotic hands and manipulators mark it as a foundational contribution. Kim’s work bridges the gap between theoretical robotics and real-world applications, making him a key figure in aerial and tendon-driven robotics.