Neha Singh
Papers
4
Total Citations
167
H-Index
3
About
Neha Singh is a pioneering biomedical researcher specializing in robotic rehabilitation engineering and neuroplasticity, with a particular focus on developing innovative assistive technologies for post-stroke recovery. Her most significant contribution is the design and clinical validation of an in-house electromechanical robotic hand exoskeleton capable of simultaneously rehabilitating the wrist and metacarpophalangeal joints — a breakthrough especially meaningful for low-resource healthcare settings where access to commercial rehabilitation robotics remains limited. Singh's landmark randomized controlled trial on neuroplasticity with robotic exoskeleton therapy has garnered 120 citations, establishing her as a credible voice in neurorehabilitation science. Her work uniquely bridges engineering and clinical neuroscience by combining functional MRI with neurophysiological measures of cortical excitability, providing compelling evidence that robotic therapy drives measurable brain reorganization in stroke survivors — even in cases of chronic stroke lasting nearly a decade. Her 2019 foundational paper detailing the exoskeleton's development has accumulated 41 citations, reflecting its influence on subsequent rehabilitation robotics research. Across her body of work, Singh demonstrates a consistent commitment to translating cutting-edge neuroscience into accessible, practical rehabilitation tools that can meaningfully improve patient outcomes globally.
Research Focus
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Top Papers
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