Thomas O. Boucher

Rutgers, The State University of New Jersey

Papers

Total Citations

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About

Thomas O. Boucher is a pioneering researcher in the field of robotic assembly and automated manufacturing systems, whose work in the mid-1980s helped lay the intellectual groundwork for modern industrial robotics. His most influential contribution, "A Framework for the Economic Evaluation of Production System and Product Design Alternatives for Robot Assembly" (1985), garnered 31 citations and addressed the then-emerging challenge of integrating robots into industrial assembly processes — a problem that was just beginning to attract serious scholarly attention. Boucher recognized that successful robot deployment required simultaneous consideration of both product design and robot selection, offering engineers and designers a structured analytical methodology to guide economically sound decisions. Building on this foundation, he explored simulation as a feasibility tool for robotic assembly (1986) and investigated the optimization of robot production rates in component insertion tasks (1987), tackling the practical realities of robot repeatability and dimensional tolerances. Taken together, Boucher's body of work reflects a career focused on bridging theoretical frameworks with real-world manufacturing challenges, making him a formative voice during a transformative era in industrial automation research.