Mohammad Reza Sabaapour

Gwangju Institute of Science and Technology

Papers

Total Citations

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About

Mohammad Reza Sabaapour is a robotics researcher specializing in gait rehabilitation, bipedal locomotion, and mechanism design. His major contributions lie in developing low-cost, accessible rehabilitation technologies and advancing passive-dynamic walking principles. His most cited work introduces a novel gait rehabilitation device that leverages a single-degree-of-freedom Jansen mechanism—originally designed for legged robots—to create an affordable, single-actuator system for lower extremity therapy, earning 18 citations. He further explores the control of bipedal robots by transitioning from 3D passive biped walkers to passivity-based controlled robots, achieving asymptotically stable locomotion with flat feet and compliant ankles (14 citations). Additionally, Sabaapour has devised an innovative method for optimal path synthesis of mechanisms by applying tracking control principles to a “shadow robot,” enabling precise, efficient design solutions (14 citations). His work bridges theoretical mechanism synthesis and practical robotic applications, with a strong emphasis on accessibility and stability. Sabaapour’s research is particularly notable for its potential to democratize rehabilitation technology and deepen understanding of energy-efficient bipedal gait, making him a key figure in the intersection of biomechanics and robotics.