Daniel W. Halpin

Papers

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About

Daniel W. Halpin is a pioneering researcher in construction engineering and management, with a particular focus on automation, robotics, and production process optimization within the construction industry. His work in the late 1980s and early 1990s placed him at the forefront of an emerging field, as he systematically investigated the feasibility and practical implementation of robotic technologies on construction sites at a time when such ideas were largely unexplored. Halpin's most influential contribution, "Potential Robotics Utilization in Construction" (1989), has garnered 52 citations and introduced a structured methodology for evaluating robotization feasibility, identifying ten key characteristics — spanning need, technology, and economics — that determine when and how robots can realistically enter construction workflows. His follow-up work in 1990 extended this framework by incorporating fuzzy set theory to model the complex, uncertain variables inherent in robotics implementation decisions, earning 24 citations for its innovative analytical approach. Collectively, his research laid critical groundwork for understanding the barriers and drivers of construction automation, influencing subsequent generations of researchers and practitioners working to modernize an industry traditionally resistant to technological change. His scholarship remains a foundational reference for those studying intelligent construction systems and industry automation strategy.