Sareh Shafiei Monfared

Papers

Total Citations

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About

Dr. Sareh Shafiei Monfared is a researcher whose work lies at the intersection of operations research, manufacturing systems, and stochastic modeling. Her most cited paper, "Stochastic cycle time analysis in robotic cells" (2010), addresses a fundamental challenge in automated manufacturing: predicting the performance of robotic cells under uncertainty. In this study, she developed a framework to analyze cycle times in single-gripper robotic cells configured as flow-shops or open-shops, accounting for variability in processing times. This contribution is vital for optimizing throughput in flexible manufacturing environments. While her citation count is modest, her work provides foundational insights into the stochastic behavior of robotic material handling systems, a niche but critical area for industries relying on automation. Dr. Monfared’s research demonstrates a rigorous analytical approach to complex production problems, offering practical tools for engineers designing efficient robotic cells. Her focus on stochastic elements distinguishes her contributions, highlighting the importance of uncertainty in real-world manufacturing. For students and researchers exploring production planning or robotics, her work serves as a valuable reference for understanding how randomness impacts cycle time and system performance.