Papers
33
Total Citations
1,479
H-Index
19
About
Gerard E. Francisco is a leading rehabilitation medicine physician-scientist whose work sits at the cutting edge of robotic and neurotechnology-assisted recovery following neurological injury. His research focuses primarily on harnessing powered exoskeletons, brain-machine interfaces, and neurostimulation to restore motor function in individuals living with stroke and spinal cord injury — conditions that rob millions of people of independent mobility each year. Francisco's most influential contribution examines the H2 robotic exoskeleton for post-stroke gait rehabilitation, which has garnered 347 citations and helped establish clinical benchmarks for lower-limb exoskeleton therapy. He has extended this work to soft robotic systems, including the ReWalk ReStore™ exosuit across multi-site clinical trials, and to upper-limb recovery using devices like the RiceWrist-S and NASA's X1 exoskeleton. Notably, Francisco has pioneered the integration of EEG-based brain-machine interfaces with robotic training, demonstrating measurable cortical plasticity and improved motor outcomes. His investigations into transcranial direct current stimulation combined with robotic arm training further reflect his commitment to multimodal rehabilitation strategies. With over 800 cumulative citations across his top works, Francisco has meaningfully shaped how clinicians and engineers approach neurological rehabilitation, translating laboratory innovations into patient-centered clinical practice.
Research Focus
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