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About

Anoop Kumar Sinha is a leading researcher at the intersection of soft robotics, 3D printing, and bioinspired sensor design. His work focuses on creating intelligent, low-cost robotic systems that mimic the sensory capabilities of human skin. Sinha’s major contributions include the development of an artificially innervated smart soft gripper with variable joint stiffness (2023, 92 citations), which addresses critical challenges in balancing compliance and rigidity for handling fragile objects. He also pioneered an ultra-low-cost, crosstalk-free tactile fingertip sensor for smart gloves (2022, 54 citations), demonstrating that high-performance haptic feedback can be achieved for under $1.50. His research extends to human-robot interaction, where he developed an effective, affordable exoskeleton technique for human motion capture and humanoid teleoperation (2017). Most recently, Sinha has advanced the field with a skin-inspired, high-resolution aerosol jet 3D-printed palmtop integrating multisensory capabilities (2025). His work is distinguished by its emphasis on accessibility and scalability, making sophisticated robotic sensing and manipulation technologies more practical for real-world applications. Sinha’s innovations are paving the way for next-generation prosthetics, industrial automation, and human-robot collaboration.