PRODUCTION SYSTEMS ENGINEERING: Process Design, Manufacturing Workflows, Capacity Planning, Resource Utilization, and Production Optimization - Saul, Brady A.
New Book
Imported
to Taiwan
Delivery: 04 Nov - 12 Nov
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NT$ 577
NT$ 577
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PRODUCTION SYSTEMS ENGINEERING: Process Design, Manufacturing Workflows, Capacity Planning, Resource Utilization, and Production Optimization
Saul, Brady A.
Synopsis "PRODUCTION SYSTEMS ENGINEERING: Process Design, Manufacturing Workflows, Capacity Planning, Resource Utilization, and Production Optimization"
Efficient production depends on how effectively processes, machines, materials, people, time, and other resources are organized and coordinated. Production systems engineering provides a structured approach to designing manufacturing operations, evaluating production capacity, improving workflows, and optimizing the use of available resources. PRODUCTION SYSTEMS ENGINEERING explores the engineering principles behind process design, manufacturing workflows, capacity planning, resource utilization, and production optimization. The book examines how production systems are designed and organized to transform materials into finished products while maintaining appropriate levels of productivity, quality, reliability, and operational control. Key topics include: • Fundamentals of production systems engineering • Production process design and analysis • Manufacturing workflow development • Production planning and scheduling • Capacity planning and resource allocation • Machine, material, labor, and facility utilization • Production flow and workflow coordination • Bottleneck identification and capacity constraints • Manufacturing performance measurement • Production efficiency and process improvement • Equipment utilization and operational planning • Quality considerations in production systems • Automation and integrated manufacturing operations • Production system optimization and continuous improvement The book approaches production as an interconnected system in which processes, equipment, resources, information, and human activities influence overall manufacturing performance. Readers will explore how production workflows can be analyzed, organized, and improved to support efficient movement of materials and coordinated use of manufacturing resources. Capacity planning is examined as an important part of production engineering, connecting available equipment, workforce, materials, production time, and expected output with the practical requirements of manufacturing operations. For industrial engineers, manufacturing engineers, mechanical engineers, production managers, operations professionals, engineering students, and readers interested in modern manufacturing systems, PRODUCTION SYSTEMS ENGINEERING provides a structured foundation for understanding how production processes are designed, planned, evaluated, and optimized.
