Hwang-jae Lee
Papers
1
Total Citations
6
H-Index
1
About
Hwang-jae Lee is a rising scholar in the fields of rehabilitation robotics, wearable exoskeleton technology, and exercise physiology. His research focuses on the intersection of human movement and robotic assistance, particularly how wearable robots can be used to improve muscle function and physical performance. Lee’s most cited work, “Morphological Changes in Quadriceps Muscles through 3-Week Combined Exercise using a Wearable Robot (EX1) in Young Adult” (2023, 6 citations), provides pioneering evidence that regular, combined aerobic and resistance exercise using the EX1 wearable robot can induce measurable morphological changes in the quadriceps muscles of healthy young adults. This study is notable for demonstrating the potential of robotic exoskeletons not only for rehabilitation but also for enhancing muscle health in non-disabled populations. Lee’s contributions are significant for advancing the practical application of wearable robotics in exercise science and physical therapy. His work helps bridge the gap between assistive technology and human performance, offering new insights into how robotic devices can be integrated into everyday exercise regimens. As a researcher, Lee is helping to shape the future of personalized, technology-driven fitness and rehabilitation.
Research Focus
Key Achievements
Top Papers
- 1