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About

Ashutosh Singh is a leading researcher in robotics and advanced manufacturing systems, with a focus on wall-climbing robots and reconfigurable manufacturing. His most cited work, "Modeling and Experimental Analysis of Suction Pressure Generated by Active Suction Chamber Based Wall Climbing Robot with a Novel Bottom Restrictor" (2018, 19 citations), addresses a critical challenge in hazardous environment operations—enabling robots to maneuver on diverse wall surfaces without sacrificing mobility. This contribution is pivotal for applications in inspection, maintenance, and disaster response. Singh also explores the intersection of manufacturing and Industry 4.0, as seen in his paper "Reconfigurable Manufacturing System (RMS): Accelerate Towards Industries 4.0" (2019, 19 citations), which outlines how adaptive production systems can drive smart factory evolution. His earlier work on the "Evolution in the design and development of the in-service inspection device for the Indian 500 MWe Fast Breeder Reactor" (2011, 9 citations) demonstrates his impact on nuclear safety, showcasing a career dedicated to practical, high-stakes engineering solutions. With a portfolio that bridges theoretical modeling and real-world deployment, Singh’s research is essential reading for students and engineers advancing robotic mobility and agile manufacturing.