Transportation and Logistics Fundamentals for Industrial Engineers

Industrial efficiency hinges on the seamless movement of materials, products, and information. Understanding transportation modeling is crucial for minimizing costs and maximizing operational speed. This course provides a rigorous, foundational understanding of transportation systems from an industrial engineering perspective, preparing you to analyze complex logistics challenges and implement optimized solutions. What you'll learn: * Understand the fundamental definitions and components of modern transportation systems and logistics networks. * Master classic operations research models, including the transportation and assignment problems, using linear programming basics. * Apply critical network flow techniques, such as the shortest path, maximum flow, and transshipment models, to real-world scenarios. * Analyze inventory routing and vehicle scheduling problems to optimize last-mile delivery and distribution efficiency. * Practice calculating total logistics costs and evaluating trade-offs in modal selection (road, rail, air, sea). We begin with core terminology and system components before diving into mathematical modeling. The course progresses through classic optimization problems, network flow analysis, and practical application exercises designed to solidify your analytical skills. This course is designed for absolute beginners in industrial engineering, supply chain management, or operations research who need a structured introduction to transportation modeling. No prior engineering or advanced mathematical knowledge is assumed. Start building your foundational expertise in industrial logistics today.