Hasuk Bae

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About

Hasuk Bae is a robotics researcher whose work centers on rehabilitation engineering and assistive robotic systems for human mobility. His primary contributions lie in the kinematic analysis and mechanical design of walking-assistance robots, with a focus on developing powered exoskeletal devices that support gait rehabilitation. In his most cited work, "Kinematic Characteristics of Walking-Assistance Robot" (2011), Bae and his team designed a lower-limb exoskeleton featuring actuated hip, knee, and ankle joints driven by motors and decelerators. They derived the angular displacement equations governing the robot's motion during walking, providing a foundational framework for understanding joint coordination in assistive devices. This study, with 2 citations, established early principles for robotic gait training systems. Bae’s research bridges mechanical engineering and clinical rehabilitation, aiming to restore walking function for individuals with motor impairments. His work contributes to the growing field of wearable robotics, where precise kinematic modeling is essential for safe, effective human-robot interaction. Through his focus on joint actuation and motion analysis, Bae has helped lay the groundwork for more advanced walking-assistance technologies.