S. Dinesh Kumar

Hindustan Institute of Technology and Science

Papers

Total Citations

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About

S. Dinesh Kumar is a robotics researcher whose work bridges the critical gap between industrial automation and intelligent control systems. His primary research areas include robotic deburring, autonomous navigation, and embedded systems for manufacturing and medical applications. Kumar’s most significant contribution addresses the longstanding challenge of deploying robots in contact operations like machining and finishing—tasks traditionally avoided due to complex programming and control requirements. His 2016 paper on automatic programming and control for robotic deburring, which has garnered 15 citations, proposes innovative methods to overcome the disparities between accuracy specifications, communication technologies, and control methods essential for such precision operations. This work has practical implications for modern manufacturing, where robots must perform delicate material removal tasks with high reliability. Additionally, Kumar has explored path-finding robots and BEAM (Biological Electronic Aesthetic Mechanical) robots, including an obstacle-sensing autonomous guided vehicle designed for both industrial and medical settings. His 2013 paper on design and implementation of robots for these dual applications demonstrates his commitment to versatile, real-world robotic solutions. Through his research, Kumar continues to advance the frontier of robotic autonomy in contact-intensive environments, making industrial processes safer and more efficient.