San Antonio, Texas
June 10, 2012
June 10, 2012
June 13, 2012
25.573.1 - 25.573.14
Enhancing Students’ Learning in Logistics using MILL ModelThe lack of hands-on experiences in specific engineering processes has been identified as one of themajor competency gaps in engineering & technology education. Manufacturing Integrated LearningLaboratory (MILL) concept, developed by the Wayne State University, is designed to improvestudents’ learning. The core of the MILL concept is the use of projects spanning multiple courses tohelp students gain hands‐on experiences in design and manufacturing. It involves the coordinationof realistic hands-on activities in targeted courses around the unifying theme of designing andfabricating a functional product. These activities are suited for easy implementation in a typicaldesign and manufacturing teaching lab. Even though the MILL model was designed andimplemented in manufacturing education but can be used in other engineering and Technologydisciplines such as logistics and supply chain.The Industrial Engineering Technology (IET) program at the University of Southern Mississippi(USM) implemented the MILL approach in its curriculum. This implementation improved the waysof learning for their engineering technology students, focusing on implementing the MILL model ina series of courses that cover not only traditional manufacturing courses but also cost control andsupply chain courses. Nowadays engineering and technology graduates are performing multi-disciplinary tasks in their work place. Implementing the MILL in a multi-disciplinary area willprepare them to do the challenging job. The implementation of MILL was done in several coursesthat was proven effective for students to connect the dots of real life job environment. They aremore prepared to do the real life work immediately after their graduation. This paper will discuss thedetail of MILL implementation at the USM and its assessment of students’ learning.
Sarder, M. B., & Naghshpour, S. (2012, June), Enhancing Students Learning through MILL Concept Paper presented at 2012 ASEE Annual Conference & Exposition, San Antonio, Texas. 10.18260/1-2--21330
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