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About

Akash Vibhute is a robotics researcher whose work focuses on advancing the design and autonomy of specialized robotic systems, particularly for industrial automation and unconventional locomotion. His key research areas include portable robotic welding for large-scale structures and the development of miniature spherical robots for hazardous environments. Vibhute’s major contributions include pioneering a survey on platform designs for portable welding robots, addressing the critical challenge of immobility in traditional systems by enabling robots to move to workpieces rather than vice versa—a concept with significant implications for shipbuilding and construction. In spherical robotics, he has developed novel solutions for obstacle detection and avoidance, including a compact magnetic field-based proximity sensor that overcomes the limitations of the “hit and run” strategy common in sealed-shell robots. His work on caterpillar-inspired roll control further demonstrates bio-inspired approaches to efficient locomotion in unstructured terrain. With over 60 citations across his most-cited papers, Vibhute’s research has laid groundwork for safer, more agile robots in exploration, surveillance, and emergency response. His achievements highlight a commitment to merging mechanical ingenuity with practical sensing and control systems.