Euncheol Shin

Korea Institute of Industrial Technology

Papers

Total Citations

H-Index

About

Euncheol Shin is a pioneering roboticist whose work bridges human emotion and machine interaction, with a primary focus on developing socially expressive humanoid robots. His most influential contribution is the creation of EveR-2, an android robot designed for emotional expression and human interaction, which has garnered 20 citations. This platform, named after the biblical 'Eve' and 'Robot,' represents a significant step toward enabling robots to convey and respond to human feelings, laying groundwork for affective computing in robotics. Shin also advanced teleoperation systems by estimating human arm impedance based on master device types and gripping postures, a study with 4 citations that improves remote task performance by transferring operator impedance to slave robots. Additionally, he developed SEROPI, a wheel-based humanoid robot (3 citations), designed to overcome limitations in mobility and object manipulation, such as picking up items from the ground. Through these works, Shin has contributed to making robots more intuitive and emotionally resonant, impacting fields from human-robot interaction to assistive technology. His research continues to inspire students and researchers exploring the integration of emotional intelligence into robotic systems.