Papers
4
Total Citations
80
H-Index
4
About
Morris Huang is a leading researcher in assistive mobility technology, with a primary focus on the biomechanics and mechanical design of manual wheelchairs. His work systematically addresses the critical challenge of minimizing propulsion effort—a key determinant of user mobility and long-term health. Huang’s major contributions include the development of a novel robotic system to measure propulsion work during over-ground maneuvers, a breakthrough that allows for highly repeatable, human-independent testing of wheelchair configurations. This innovation directly addresses the inconsistencies found in prior human studies. His research has produced a quantitative framework for modeling propulsion cost, demonstrating how mass, weight distribution, and wheelchair geometry affect effort during both straight and curvilinear trajectories. With his most-cited work, “Impact of Mass and Weight Distribution on Manual Wheelchair Propulsion Torque,” accumulating 37 citations, Huang’s impact is evident in the rehabilitation engineering community. By decoupling human variability from mechanical performance, his work provides engineers and clinicians with objective data to optimize wheelchair design, ultimately aiming to enhance the daily mobility and independence of users.
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