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About

Richard Herman has made pioneering contributions to the field of robotic rehabilitation engineering, with a particular focus on stroke recovery and upper extremity motor restoration. He is best known as a key architect behind RUPERT (Robotic Upper Extremity Repetitive Therapy), a wearable pneumatic exoskeletal robot designed to deliver intensive, task-based therapy to stroke survivors seeking to regain functional arm movement. His landmark 2007 paper detailing RUPERT's structural design, control systems, and integrated biofeedback has accumulated over 300 citations, reflecting its substantial influence on the rehabilitation robotics community. Herman's work bridges clinical need and engineering innovation, demonstrating the feasibility of deploying robotic therapy in both clinical and home settings — a critical step toward scalable, accessible rehabilitation. Beyond stroke, he has extended his expertise to neural interface engineering for spinal cord injury, exploring cortically controlled neuroprosthetics to restore lower limb function. His contributions to robot-measured performance metrics have also helped address a long-standing gap in quantifying rehabilitation outcomes. With a cumulative citation record underscoring sustained relevance, Herman's research has meaningfully shaped how engineers, clinicians, and scientists collaborate to restore quality of life after neurological injury.