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About

Anoop Rajappan is an innovative researcher at the forefront of soft robotics, wearable technology, and fluidic control systems. His work addresses fundamental challenges in making assistive and rehabilitative devices more practical, autonomous, and accessible. Among his most influential contributions is a textile-based pneumatic energy harvesting system that extracts power from foot strikes, eliminating the need for bulky external power supplies in wearable robotics (98 citations). Equally impactful is his development of programmable soft valves capable of both digital and analog control — a breakthrough that significantly advances the sophistication of fully soft pneumatic systems (86 citations). His "Logic-enabled textiles" work (78 citations) further pushes boundaries by embedding computational logic directly into fabric-based architectures, enabling truly autonomous soft wearables. Rajappan has also contributed to the emerging field of necrobotics, exploring biotic materials as novel actuators (43 citations), and has advanced foundational materials science through studies on silicone elastomer curing and adhesion. His research consistently bridges materials, mechanics, and embedded intelligence, earning him recognition in collaborative roadmap initiatives on mechano-intelligence. With cumulative citations exceeding 390, Rajappan represents a compelling new voice shaping the future of embodied soft robotics.