Sung‐Yoon Jung

Dong-Eui University, Korea Advanced Institute of Science and Technology

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About

Sung-Yoon Jung is a pioneering figure in assistive and rehabilitation robotics, whose work bridges the gap between mechanical design and human-centered engineering. His primary research areas include robotic hand design, wearable rehabilitation devices, and assistive mobile robots for the disabled. Jung’s most notable contribution is his 2007 design of a tendon-driven robotic hand with three fingers—thumb, index, and middle—featuring a biomimetic joint structure that enhances dexterity and grasp functionality. This foundational work has garnered 36 citations, influencing subsequent developments in prosthetic and industrial grippers. In 2009, he advanced the field of rehabilitation robotics by proposing a wearable upper-limb robot employing a parallel mechanism, which precisely aligns the robot’s rotation centers with the user’s joints. This 3-degree-of-freedom system, designed for index finger, other fingers, and wrist movement, significantly reduces device weight through artificial materials, making therapy more accessible. Earlier, in 2005, Jung developed a work assistant mobile robot tailored for handicapped individuals in real manufacturing environments, deriving mission statements from user surveys to maximize employment support. His integrated approach—combining mechanical innovation with practical rehabilitation needs—has established him as a key contributor to robotics for human assistance, with his work cited in studies on assistive technology and rehabilitation engineering.