Jer-Vui Lee

Papers

Total Citations

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About

Jer-Vui Lee is a researcher whose work sits at the intersection of robotics engineering and education, with a primary focus on human-robot interaction and assistive technologies. His major contributions center on the development and analysis of upper extremity robotic exoskeletons, where he has explored their architecture, actuation systems, and applications for rehabilitation and power augmentation. Lee’s most cited work, “Humanoid Robot: A Review of the Architecture, Applications and Future Trend,” has garnered 33 citations, establishing a foundational review that examines the evolution of exoskeleton technology from early prototypes like BLEEX and HAL to modern implementations. In a related study on upper extremity robotics exoskeletons, he systematically categorized their structural designs and actuation methods, providing a valuable resource for engineers developing assistive devices. Beyond hardware, Lee has also innovated in engineering pedagogy, creating a constructivist game-based robotics simulator that enhances student learning through interactive, game-driven environments. This work demonstrates his commitment to bridging theoretical robotics with practical education. With a career spanning both technical exoskeleton research and educational tool development, Lee’s contributions continue to inform the design of human-centered robotic systems and the training of future engineers.