Prabhakar Naik

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About

Prabhakar Naik’s research lies at the intersection of biomechatronics, wearable robotics, and human-machine interaction, with a focused mission to enhance human physical capability through intelligent exoskeleton design. His most cited work, the 2019 study on a “Pneumatic Artificial Muscle Powered Exoskeleton,” explores how soft, compliant actuators can bring robotics into close proximity with the human body, offering a promising solution to reduce stress and fatigue during strenuous tasks. This paper has garnered 8 citations, reflecting growing interest in safe, wearable assistive technologies. In his 2018 work on a “Lower Body Passive Exoskeleton Using Control Enabled Two Way Ratchet,” Naik advances the field by integrating control mechanisms into passive systems, improving human-robot interaction for both performance enhancement and rehabilitation support. While his citation counts are modest, his contributions are foundational in addressing the critical challenge of creating exoskeletons that are both effective and practical for real-world use. Naik’s work is particularly notable for its emphasis on control-enabled passive systems, a niche that bridges the gap between purely passive and fully active exoskeletons. For students and researchers exploring wearable robotics, Naik’s research offers a clear, application-driven pathway into the future of human augmentation and assistive technology.