Arvind Ramanujam
Papers
10
Total Citations
135
H-Index
4
About
Arvind Ramanujam is a biomedical researcher specializing in rehabilitation robotics, neuromechanics, and assistive technology for individuals with neurological injuries, particularly spinal cord injury (SCI) and stroke. His work focuses on understanding how powered robotic exoskeletons influence human movement, neuromuscular function, and motor recovery, making him a notable contributor to the growing field of robot-assisted rehabilitation. Ramanujam's most impactful contributions include his 2017 study on neuromechanical adaptations during exoskeleton-assisted walking (56 citations) and his 2018 investigation of electromyography patterns in acute stroke patients using robotic exoskeletons (48 citations). Together, these studies have significantly advanced understanding of how both able-bodied individuals and those with neurological impairments adapt their gait and muscle activation when using assistive robotic devices. Beyond single-session analyses, Ramanujam has explored longitudinal exoskeleton training effects, demonstrating measurable improvements in walking speed, foot loading mechanics, and postural stability following extended training programs in chronic SCI patients. His exploratory work incorporating EEG-based cortical monitoring further reflects an integrative, systems-level approach to rehabilitation science. Collectively, his research provides a valuable evidence base for optimizing exoskeleton-based therapies and improving functional outcomes for individuals with mobility impairments.
Research Focus
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