Inhyeok Kim

Papers

Total Citations

H-Index

About

Inhyeok Kim is a robotics researcher whose work bridges the gap between soft, tendon-driven actuation and robust environmental perception for humanoid systems. His most influential contribution is the development of a hybrid dynamic model for the AMBIDEX manipulator (2020, 46 citations), a breakthrough that enables precise control of lightweight, cable-driven robotic arms by combining rigid-body dynamics with tendon elasticity. This model is critical for advancing safe, human-friendly robots capable of dexterous manipulation. Earlier, Kim contributed to multi-modal sensing by designing a camera-laser fusion sensor system for humanoids operating in disaster scenarios (2017, 11 citations), enhancing real-time environmental recognition in rubble-strewn or low-visibility conditions. His work directly addresses two core challenges in field robotics: achieving compliant yet accurate motion, and fusing heterogeneous sensor data for autonomous navigation. By integrating mechanical design with control theory, Kim has laid foundational methods for next-generation manipulators that are both powerful and inherently safe—a key step toward robots that can work alongside humans in unstructured environments.