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About

Dhayalan Shakthivel is a pioneering researcher in flexible and printed electronics, with a particular focus on electronic skin (e-skin) technologies for robotics, prosthetics, and human-machine interaction. His work has fundamentally advanced how machines can sense, process, and respond to physical stimuli in ways that mimic biological skin. Shakthivel's most influential contribution, "New Materials and Advances in Making Electronic Skin for Interactive Robots" (2015, 181 citations), helped define the landscape of flexible electronics for next-generation robotic systems. Building on this foundation, he has developed groundbreaking innovations including synaptic transistor-based e-skin capable of multimodal sensing and neuromorphic signal processing (139 citations), and nanowire FET-based neural networks for tactile data processing (126 citations). His research extends to biomimetic thermal pain reflexes (99 citations) and self-powered energy-generating e-skin (86 citations), demonstrating a comprehensive vision for autonomous, intelligent robotic surfaces. More recently, Shakthivel has expanded into wearable strain sensors and printed photodetectors, broadening the scope of his contributions to healthcare and optoelectronics. With a cumulative citation count exceeding 680, his body of work represents a significant and growing influence on the future of soft robotics, human-centered computing, and advanced sensory systems.