M. Dooner

Papers

Total Citations

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About

M. Dooner is a pioneering figure in the early application of computer-aided design (CAD) to industrial robotics, with foundational contributions to robot workplace simulation and installation planning. His most cited work, "Robot application simulation" (1979, 17 citations), advanced the realism of robotic modeling by developing a library of basic robot types and "building blocks," enabling rapid analysis and performance evaluation of robot-workplace interactions. This work laid critical groundwork for modern robotic simulation tools. Dooner further refined these methods in "Planning robot installations by CAD" (1982, 2 citations), demonstrating how CAD systems could systematically optimize robot placement and workflow before physical implementation. Though his citation counts reflect the niche, early-stage nature of this research, Dooner's contributions are historically significant as among the first systematic attempts to bridge digital design with physical robotic deployment. His work helped establish the conceptual framework for today's ubiquitous robotic simulation and offline programming technologies, influencing subsequent generations of manufacturing engineers and automation researchers.