Industry professionals are worried about resource utilization in operations management. Industry personnel use several strategies and advanced techniques to improve resource use by monitoring production activities. The advanced approach helps tackle the issues faced in the shop-floor operational scenario. In the current scenario, industry professionals are seeking a strategic approach to enhance operational outcomes while maximising resource contribution. The present study develops an innovative in the current-edge era. The study develops a novel architecture for controlling operational performance within limited constraints using advanced techniques. The strategy helps maintain and optimise operations by simultaneously monitoring workforce, machinery, and workflow performance in real time. The strategy uses emerging technologies for operational data management to achieve operational management excellence. The study showed that advanced techniques provide a human-centric approach to problem-solving, key to monitoring operations workflows and enhancing work-floor outcomes. The present study can provide a key to decision-making and resource utilisation for industry personnel in the current advanced operational monitoring environment. Operations managers can access the required data more efficiently and implement an appropriate action plan to eliminate potential failure points on the shop floor. The study helps industry professionals make decisions about operational and resource performance in a flexible manufacturing environment.
Emerging Technologies-Driven Operations Management for Flexible Manufacturing Systems on the Shop Floor
Di Bona Gianpaolo
;Silvestri A.
2025-01-01
Abstract
Industry professionals are worried about resource utilization in operations management. Industry personnel use several strategies and advanced techniques to improve resource use by monitoring production activities. The advanced approach helps tackle the issues faced in the shop-floor operational scenario. In the current scenario, industry professionals are seeking a strategic approach to enhance operational outcomes while maximising resource contribution. The present study develops an innovative in the current-edge era. The study develops a novel architecture for controlling operational performance within limited constraints using advanced techniques. The strategy helps maintain and optimise operations by simultaneously monitoring workforce, machinery, and workflow performance in real time. The strategy uses emerging technologies for operational data management to achieve operational management excellence. The study showed that advanced techniques provide a human-centric approach to problem-solving, key to monitoring operations workflows and enhancing work-floor outcomes. The present study can provide a key to decision-making and resource utilisation for industry personnel in the current advanced operational monitoring environment. Operations managers can access the required data more efficiently and implement an appropriate action plan to eliminate potential failure points on the shop floor. The study helps industry professionals make decisions about operational and resource performance in a flexible manufacturing environment.| File | Dimensione | Formato | |
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