Manufacturing Systems: Flow, Cost, and Performance Analysis

In competitive production environments, understanding how materials and information flow through a factory is crucial for reducing bottlenecks and minimizing costs. This text-based course introduces the core analytical tools needed to evaluate and optimize manufacturing systems. You will progress from understanding basic factory physics to modeling production lines, enabling you to make data-driven decisions that improve throughput and lower operational expenses. What you'll learn: Understand foundational manufacturing terminology, factory physics, and system dynamics; Analyze material and information flows to identify and eliminate production bottlenecks; Calculate key performance metrics including throughput, cycle time, and work-in-progress; Apply cost-control strategies to minimize waste and optimize resource utilization; Evaluate modern smart manufacturing concepts, such as data-driven feedback loops and digital tracking; Practice modeling production lines through structured written exercises and scenarios. The course begins with essential definitions of manufacturing variables before guiding you through variability analysis and practical optimization workflows. You will study realistic production scenarios and solve analytical problems entirely through written text. This course is designed for aspiring operations managers, industrial engineers, and business analysts seeking a solid foundation in manufacturing systems analysis, with no advanced engineering prerequisites required. Start reading today to master the fundamentals of modern production optimization.