This paper discusses four experiments and experiences with the use of supply chain management software, in this case the CAPS Logistics software, at different levels of undergraduate and graduate education at the School of Industrial and Systems Engineering at the Georgia Institute of Technology. We hope that the readers will get an idea of the commitment and resources necessary to integrate supply chain software into the classroom as well as the potential rewards.
JacksonP.andMuckstadtJ. (1990), Llenroc Plastics: A Case Study in Manufacturing and Distribution Systems Integration, Technical Report 898, Cornell University Department of Operations Research and Industrial Engineering.
2.
JacobsB. (2000), “Playing the Beer Distribution Game Over the Internet”, Production and Operations Management, 9, 1, 31–37.
3.
StermanJ. (1989), “Modeling Managerial Behavior: Misperceptions of Feedback in a Dynamic Decision Making Experiment”, Management Science, 35, 321–339.
ZapfelG.andPiekarzB. (2000), “The PC‐Based Simulation Game Lean Production for Controlling the Supply Chain of a Virtual Bicycle Factory”, Teaching Supply Chain Management, Vol. 2 of POMS Series in Technology and Operations.
