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Logistics education: a look at the current state of the art and science

Purpose - This paper aims to provide the results of a large-scale survey of courses dedicated to the field of logistics in higher education. This research is unique because it represents the first large-scale study of both undergraduate and graduate logistics courses.Design methodology approach - Co...

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Published in:Supply chain management 2013-01, Vol.18 (4), p.455-467
Main Authors: Lutz, Heather, Birou, Laura
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Language:English
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cited_by cdi_FETCH-LOGICAL-c375t-68841d8ebcecdc55c574edc58b0fd9114eb7c95c55ec90329a7efee210b364de3
cites cdi_FETCH-LOGICAL-c375t-68841d8ebcecdc55c574edc58b0fd9114eb7c95c55ec90329a7efee210b364de3
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creator Lutz, Heather
Birou, Laura
description Purpose - This paper aims to provide the results of a large-scale survey of courses dedicated to the field of logistics in higher education. This research is unique because it represents the first large-scale study of both undergraduate and graduate logistics courses.Design methodology approach - Content analysis was performed on each syllabus to identify the actual course coverage: requirements, pedagogy and content emphasis. Content analysis is a descriptive approach to categorize data and the results may be limited by the categorizations used in analysis. This aggregated information was utilized to compare historical research findings in this area with the current skills identified as important for career success. These data provide input for gap analysis between offerings in higher education and those needs identified by practitioners.Findings - Data gathering efforts yielded a sample of 118 logistics courses representing 77 schools and six different countries. The aggregate number of topics covered in undergraduate courses totalled 95, while graduate courses covered 81 different topics. The primary evaluation techniques include the traditional exams, projects and homework. Details regarding learning objectives and grading schema are provided along with a gap analysis between the coverage of logistics courses and the needs identified by practitioners.Originality value - The goal is to use these data as a means of continuous improvement in the quality and value of the educational experience. The findings are designed to foster information sharing and provide data for benchmarking efforts in the development of logistics courses and curricula in academia as well as training and development by professionals in the field of logistics.
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subjects Accreditation
Colleges & universities
Content analysis
Core curriculum
Covering
Curricula
Design engineering
Education
Evaluation
Graduates
Higher education
Learning
Logistics
Operations management
Schools
Students
Studies
Supply chain management
title Logistics education: a look at the current state of the art and science
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