Vineet Johnson

Simon Fraser University, McGill University

Papers

Total Citations

H-Index

About

Vineet Johnson is a leading figure in rehabilitation robotics, specializing in the development of novel robotic interfaces to restore hand and finger function after neurological injury, particularly stroke. His major contributions center on creating innovative, cable-driven and actuated systems—such as the Haptic Knob and the HandCARE (Hand Cable-Actuated REhabilitation) system—that precisely train both gross wrist movements and fine, intrinsic finger coordination. Johnson’s work uniquely addresses the critical need for devices that can adapt to individual hand sizes and orientations while targeting the specific motor deficits that impede activities of daily living. His most influential paper, “Development of a Robot-Assisted Rehabilitation Therapy to train Hand Function for Activities of Daily Living” (2007), has garnered 29 citations, establishing a foundational approach for combining robotic hardware with targeted therapeutic exercises. This was followed by his highly cited work on a cable-driven system for finger function (23 citations) and a seminal technique for training finger coordination and independence (18 citations). Through these achievements, Johnson has pioneered practical, patient-centered robotic tools that bridge the gap between rehabilitation engineering and clinical recovery, making him a key innovator in the field of neurorehabilitation technology.