Nobuhiro Sugimura

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About

Nobuhiro Sugimura is a leading researcher in manufacturing systems engineering, with a primary focus on intelligent process planning, scheduling, and robotics. His most influential work, "Agent-based dynamic integrated process planning and scheduling in flexible manufacturing systems" (2010, 40 citations), addresses a critical challenge in modern manufacturing: the need to dynamically adapt process plans and schedules in real-time to cope with unforeseen disturbances. By proposing an agent-based framework, Sugimura provided a robust solution for optimizing resource utilization and operational time spans in flexible manufacturing environments. This contribution has been foundational for researchers and practitioners seeking to enhance the agility and resilience of production systems. In addition to his work on manufacturing planning, Sugimura has contributed to precision robotics, notably in his study on "tolerances design of parallel link robots based on mathematical models" (2018, 4 citations). Here, he tackled the complex issue of kinematic motion deviations in parallel link robots—critical for high-precision assembly tasks. His mathematical modeling approach offers a systematic method for improving robot accuracy, directly impacting the design of robots used in small-product assembly. Sugimura’s work bridges theoretical modeling with practical manufacturing challenges, making him a respected figure in both the academic and industrial communities.