Scalable Modeling for a Shirt Supply Chain

Scalable Modeling is a 1:32 scale physical representation of a supply chain that integrates key logistics operations and links. For pedagogical purposes, it was linked to shirts and implemented in a course for two groups of fourth-semester Industrial Engineering students. The objective was to enhance their competency in quality, productivity and optimization methodologies, ensuring they develop a deeper understanding of supply chain dynamics. The implementation focused on three key learning objectives. Increasing motivation, improving learning, and developing competency. A qualitative approach was adopted utilizing surveys, questionnaires, and grade analysis to assess the impact of the activity. While no statistically significant differences were found between groups, students exhibited greater motivation, improved comprehension and enhanced mastery of key concepts. This initiative reinforced experiential learning, allowing students to engage with real-world supply chain scenarios, strengthening both their analytical skills and practical application of methodologies. © 2025 International Conference on Higher Education Advances. All rights reserved.

Scalable Modeling for a Shirt Supply Chain Academic Article in Scopus