Gerard M. Ribbers
Papers
8
Total Citations
148
H-Index
6
About
Gerard M. Ribbers is a leading researcher in neurorehabilitation engineering, with a focus on developing and validating robotic and wearable technologies to quantify and treat motor impairments after stroke. His major contributions span three interconnected areas: the design of diagnostic robotic devices that objectively measure upper-limb impairments like spasticity and abnormal synergy, the creation of portable, cost-effective rehabilitation tools for unsupervised therapy, and the innovative use of wearable gyroscopic actuators to modulate balance and gait stability. His work is highly impactful, with his most-cited paper on arm support combined with rehabilitation games for subacute stroke accumulating 95 citations, demonstrating the clinical relevance of his approach. Ribbers has also advanced the field through systematic reviews that establish evidence levels for instrumented diagnostic devices, and through proof-of-concept studies that lay the groundwork for future clinical applications. Notably, his recent research on direct biomechanical manipulation of gait stability and on tactile feedback for hand rehabilitation robots highlights his commitment to translating engineering principles into practical, patient-centered solutions that can be deployed both in clinics and at home.
Research Focus
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