Title :
Findings from cluster analysis of logistics undergraduate curricula in Europe
Author :
Niine, Tarvo ; Koppel, Ott
Author_Institution :
Dept. ofLogistics & Transp., Tallinn Univ. of Technol., Tallinn, Estonia
Abstract :
The field of logistics education is rather colorful. The range of possible topics is huge and so each curriculum has unique approach towards which topic areas to emphasize and which to treat briefly or even omit. There is only little effective standardization in logistics education. This study examines the content of 42 undergraduate logistics curricula in Europe via cluster analysis, with a goal to propose a typology of logistics curricula. The findings define the spectrum of logistics education in four clusters, ranging from “business administration” with little focus on most specific logistics topics, through “interdisciplinary logistics management” and “modem transport management” to “logistics engineering” with a strong quantitative and technology approach. However, a problem remains that curriculum title does not always reflect actual profile. A typical title “logistics management” might in one case contain various engineering elements, but in another none at all. Such findings point out the need for curricula boards to decide, if trying to cover the entire scope by “one-size-fits-all” program is the best option or if more distinct focus is needed. In both cases this decision needs to be intentional, agreed and clearly communicated to avoid confusing students and society. Furthermore, the study points out the need to refine standards of competences in logistics, especially for logistics engineering.
Keywords :
educational courses; engineering education; logistics; Europe; business administration; cluster analysis; curricula boards; curriculum title; interdisciplinary logistics management; logistics education; logistics engineering; logistics topics; modern transport management; one-size-fits-all program; undergraduate logistics curricula; Conferences; DH-HEMTs; Engineering education; cluster analysis; curriculum development; interdisciplinary education; logistics competence models; logistics education; logistics knowledge areas;
Conference_Titel :
Global Engineering Education Conference (EDUCON), 2015 IEEE
Conference_Location :
Tallinn
DOI :
10.1109/EDUCON.2015.7095976