Manon Lefebvre

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About

Manon Lefebvre’s research lies at the intersection of operations research, production scheduling, and robotics, with a particular focus on optimizing repetitive manufacturing systems. Her most-cited work, “The Basic Cyclic Scheduling Model For Robotic Flow Shops” (2001, 10 citations), provides a foundational framework for analyzing productivity in robotic production cells. In this paper, Lefebvre models cells comprising multiple machines and one or more robot arms, where parts—identical or varied—enter during a robot’s repetitive cycle. She systematically addresses the critical problem of cycle time evaluation, offering a rigorous method to assess and improve throughput. This contribution is especially valuable for industries relying on automated assembly lines, where even minor efficiency gains yield significant economic impact. Lefebvre’s work stands out for its clarity in formalizing complex scheduling dynamics, making it a key reference for researchers and engineers designing high-performance robotic flow shops. Her research continues to influence the development of cyclic scheduling models, bridging theoretical optimization with practical manufacturing challenges.