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About

Phillip S. Dunston is a construction engineering and automation researcher whose work spans robotics, intelligent control systems, and simulation-based methodologies for advancing construction technology. His early contributions in the 1990s focused on robotic rebar bending, with pioneering investigations into both intelligent and adaptive control frameworks — work that positioned automated fabrication as a viable frontier for the construction industry at a time when such applications were largely unexplored. Building on this foundation, Dunston later turned his attention to the integration of Discrete Event Simulation (DES) with robotic and automated construction systems, producing a cluster of influential studies in 2014 that addressed persistent barriers to technology adoption on construction sites. His research into simulating and visualizing construction operations, automating construction workflows, and developing modified DES algorithms for operational control collectively reflects a sustained effort to bridge the gap between construction practice and the automation levels achieved in other engineering industries. With citations accumulating across multiple publication venues including the International Symposium on Automation and Robotics in Construction (ISARC), Dunston's work offers students and researchers a valuable roadmap for understanding how simulation, robotics, and intelligent control can transform construction's technological landscape.