Industrial Engineering: Process & System Optimization

In today's competitive landscape, optimizing processes and systems is crucial for any organization. This course equips you with the fundamental principles and quantitative tools of industrial engineering, enabling you to identify inefficiencies, streamline operations, and drive continuous improvement. What you'll learn: - Understand the foundational concepts and scope of industrial engineering. - Apply quantitative methods for effective inventory management and production scheduling. - Learn various forecasting techniques to accurately predict demand and resource requirements. - Analyze and improve operational flow using line balancing, queuing theory, and project management tools. - Practice problem-solving with linear programming, transportation, and assignment models for resource allocation. - Explore the core tenets of Lean manufacturing to minimize waste and maximize value. - Configure basic Material Requirements Planning (MRP) and Production Planning and Control (PPC) strategies. The course starts with essential definitions and gradually introduces key analytical techniques, moving from individual process optimization to integrated system design and modern improvement methodologies. This course is specifically designed for beginners with no prior experience in industrial engineering or advanced mathematical concepts. Begin your journey to mastering operational excellence and process improvement.