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About

Devin Babu is a dedicated researcher in biomedical robotics and assistive technology, with a primary focus on developing affordable, accessible prosthetic solutions for children with upper-limb disabilities. His work spans the design, fabrication, and clinical application of prosthetic robotic arms, emphasizing both functional restoration and patient safety. Babu’s most cited paper, "Holding, Grasping and Sensing of Prosthetic Robot Arm Like a Real Human Hand, a Journey Beyond Limits: An Extensive Review" (2021, 28 citations), provides a comprehensive survey of advances in prosthetic dexterity and sensory feedback. He has made significant contributions through the development of a 3D-printed prosthetic robot arm with an integrated grasping detection system (2023, 13 citations), demonstrating how low-cost additive manufacturing can enable customized, functional prosthetics for children. His earlier work on a prosthetic arm with a patient monitoring system (2022, 14 citations) addresses the critical need for real-time health tracking in pediatric users. Babu’s research is notable for its direct impact on improving quality of life, enabling children to perform daily activities like eating and drinking. He has also explored bore-well rescue robotics, showcasing his broader commitment to life-saving engineering solutions. With a growing citation record, Babu is establishing himself as a key voice in child-centric prosthetic innovation.