3 credits
Fall 2026 Lecture Upper Division
This course provides a foundation of analytical tools, methods and applications of logistics systems in the context of planning and operations of integrated supply chain systems. The material is useful for students interested in managing supply chain systems providing a background on where and how specific methods can be used for improving overall performance of the supply chain. The course is broadly divided into two parts: (1) Science of Logistics which provides an introduction to unique characteristics of supply chain management; demand forecasting, planning and management; inventory control and planning; operational transportation issues such as vehicle routing and supply chain contracts and network design. (2) Business of Logistics which discusses the applications of the science to real-world logistics systems. Real-world case studies from past problems will be the basis for discussion and will include the nature of costs in supply chain networks, operational issues, vehicle routing problems, interactions of carriers and shippers using auctions and yield management. The course will use intuitive arguments and mathematical optimization tools will be used to illustrate many situations in a rigorous fashion.
Learning Outcomes1Reinforce the integrated nature of logistics systems from tactical, operational and strategic perspectives, different actors in this system and the role of logistics systems as an economic driver.
2Understand the basics concepts and models of demand prediction, inventory management, operational and tactical planning in supply chain management.
3Demonstrate the ability to develop appropriate quantitative tools for planning and logistics problems using optimization techniques and solve them using appropriate solution algorithms, techniques and software.
4Apply the science of logistics systems to improve the cost and overall efficiency of real-world logistics problems.
Restrictions
made by Purdue students.