Yong-Kuk Lee

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About

Yong-Kuk Lee is a leading researcher in soft bioelectronics and wearable assistive technologies, with a focus on creating human-machine interfaces for individuals with neurodegenerative diseases such as Parkinson’s disorder. His work centers on developing conformal, skin-integrated sensors that enable seamless control of assistive devices. In a landmark 2017 study, Lee introduced soft, conformal bioelectronics for a wireless human-wheelchair interface, a contribution that has garnered 94 citations and demonstrated how flexible electronics can restore mobility and independence. Expanding on this, his research on fractal-structured wearable soft sensors uses electrooculograms (EOG) to translate eye movements into wheelchair commands, offering a non-invasive control method for patients with severe motor impairments. By integrating advanced materials with ergonomic design, Lee’s innovations address the critical needs of over one million U.S. citizens affected by Parkinson’s, tackling symptoms like tremors and imbalance. His work stands at the intersection of materials science, neural engineering, and rehabilitation, providing a pathway toward more intuitive, comfortable, and accessible assistive technologies that improve quality of life for those with chronic mobility challenges.