Hyeunseok Choi

Hanyang University, Korea Institute of Industrial Technology

Papers

Total Citations

H-Index

About

Hyeunseok Choi is a pioneering roboticist whose work bridges construction automation, bio-inspired underwater robotics, and wearable sensor systems. His research focuses on developing specialized robotic platforms that solve real-world challenges—from high-rise building assembly to agile underwater locomotion. Choi’s most influential contribution is his 2004 paper on a hybrid construction robot with pneumatic actuators (72 citations), which introduced a multi-degree-of-freedom system for curtain wall installation on skyscrapers, addressing the growing demand for taller, more complex structures. He further advanced construction robotics by designing multi-DOF manipulators tailored for precise, heavy-duty tasks. In bio-robotics, Choi developed the "ICHTUS" fish robot, a 3-DOF underwater vehicle that mimics real fish maneuverability and energy efficiency, contributing to the rising interest in bio-inspired aquatic systems. His work also extends to wearable technology, where he designed a three-degree-of-freedom force/torque sensor capable of supporting full human or humanoid robot weight during standing and walking—a critical innovation for exoskeletons and gait analysis. Through these diverse contributions, Choi has demonstrated a consistent ability to apply mechanical design and control theory across domains, earning recognition for practical, high-impact solutions in robotics.