Han-Pang Huang

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About

Han-Pang Huang is a pioneering roboticist whose work bridges mechanism design, intelligent control, and brain-machine interfaces for rehabilitation. His research centers on dexterous manipulation, embedded control systems, and assistive robotics. Huang’s landmark contribution is the National Taiwan University (NTU) hand, a compact, uncoupled tendon-driven robot hand that broke from traditional designs. His 1996 paper on integrating fuzzy control into the NTU hand (35 citations) introduced a space-efficient embedded control system, enabling precise, adaptive grasping—a foundational advance in prosthetic and industrial dexterity. Later, Huang ventured into neural rehabilitation, developing a P300-based brain-machine interface paired with an elastic rehabilitation robot mechanism (2015, 5 citations). This work established a combined feature set to objectively assess user independence trends, advancing non-invasive motor recovery tools. With over three decades of impact, Huang’s contributions have shaped both robotic hand engineering and human-robot interaction for therapy. His legacy lies in fusing compact hardware with intelligent control, offering students a model of how foundational mechanics and emerging neural interfaces can converge to restore human capability.