Daniel Imbeau

Université du Québec à Trois-Rivières, Polytechnique Montréal

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About

Daniel Imbeau is a researcher whose work sits at the intersection of human factors engineering, ergonomics, and robotics, with a sustained focus on making human-robot interaction safer and more effective in industrial environments. His early contributions in the late 1980s and early 1990s laid foundational groundwork for understanding how humans and robotic systems can coexist safely on the factory floor. Most notably, his 1991 study on determining safe slow robot motion speeds during proximity tasks — such as programming and maintenance — addressed a critical gap in occupational safety by systematically accounting for environmental factors that influence risk, earning 8 citations and establishing him as a thoughtful voice in applied robotics safety. His 1990 work on applying human factors engineering to man-robot systems further demonstrated his commitment to centering the human operator in robotic system design. More recently, his 2024 research on human-centric robotic assembly line design using fuzzy inference systems signals a continued evolution in his thinking, embracing adaptive workload management techniques to meet the demands of modern manufacturing. Across more than three decades, Imbeau has consistently championed a design philosophy that prioritizes worker well-being alongside technological efficiency.