John J. Bausch

Papers

Total Citations

109

H-Index

About

John J. Bausch is a pioneering researcher in the field of robotic manufacturing automation, with a particular focus on automated deburring processes and industrial robot manipulator control. His most influential work, "An Approach to Automated Deburring by Robot Manipulators" (1986), has garnered 82 citations and represents a landmark contribution to precision manufacturing — developing a novel frequency domain control strategy that guarantees reliable burr removal from manufactured parts, a challenge that had long resisted systematic automation. Bausch approached deburring not merely as a mechanical problem but as a rigorous control systems challenge, investigating the process both theoretically and experimentally to produce solutions applicable to real-world industrial environments. His earlier work, "Robotic Deburring" (1984), helped lay the conceptual groundwork for the field, while a companion 1986 publication further cemented his contributions to robot-based manufacturing finishing processes. Collectively, his research helped transform deburring from a labor-intensive manual task into a programmable, automated operation — advancing both the precision and efficiency of industrial manufacturing. For students exploring robotics, control theory, or smart manufacturing, Bausch's work remains a foundational reference in human-robot task automation.