116416a Verpackungslogistik
| Zuletzt geändert: | 19.06.2024 / Mullaewa |
| EDV-Nr: | 116416a |
| Studiengänge: |
Deutsch-Chinesischer Studiengang Medien und Technologie (Bachelor, Zulassung ab Wintersemester 2018/2019), Prüfungsleistung im Modul Verpackungslogistik
in Semester
4
Häufigkeit: nur SS Verpackungstechnik (Bachelor, 7 Semester), Prüfungsleistung im Modul Verpackungslogistik in Semester 4 Häufigkeit: immer |
| Dozent: | Prof. Maria Erxleben |
| Link zur Veranstaltung / zum E-Learning-Kurs: | https://e-learning.hdm-stuttgart.de/moodle/course/view.php?id=3984 |
| Sprache: | Englisch |
| Art: | - |
| Umfang: | 4 SWS |
| ECTS-Punkte: | 5 |
| Workload: | 120 hours for students: attendance hours, independent preparation and follow-up of homework and exercises as well as exam preparation. |
| Prüfungsform: | |
| Bemerkung zur Veranstaltung: | Deutsch |
| Beschreibung: |
Course content 1) The contribution of Packaging to Logistics trade-offs: a) Transportation and its interaction with the packaging system b) Warehousing and its interaction with the packaging system c) Sorting and Pick&Pack and their interaction with the packaging system d) Identification and traceability in the supply chain and its interaction with the packaging system 2) Packaging and Logistics: a) Functions and requirements of packaging in the Supply Chainb) Systematics of different types of packaging in logistics c) Standards and legislation 3) Packaging design for logistical applications a) Types of stresses on packaging in the logistics chain: mechanical (static /dynamic) and environmental (climatic/biological) b) Dimensioning of cushioning under consideration of shock and vibration impacts on packaging c) Packaging testing and tests requirements for insurance purposes d) Packaging and labeling of dangerous goods 4) Packaging optimization and loading unit formation a) Optimization of the packaging for the packaged goods b) Optimal loading unit formation c) Optimization trends and tendencies
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| English Title: | Packaging Logistics |
| English Abstract: |
The packaging is the link between the product and the various logistical processes in the Supply Chain (transport, handling, warehousing, identifying). The packaging has to meet a number of requirements which might even be in conflict to each other: e.g. it needs to be robust and stable even under moisture conditions on the one hand, and needs to be appealing and deliver an unique unboxing experience to the customer at the same time; it needs to be flexible for the dimensions and shapes of the product and at the same time support the efficient and quick loading of transport units with a minimum waste of space. The packaging engineer needs to be aware of the possible challenges which his/her product will face on its journey from the factory to the final customer and develop an appropriate packaging system meeting Quality, Costs, Service and Sustainability requirements optimally. |
| Literatur: |
Bibliography 1) ten Hompel et al: „Materialflusssysteme“, Springer 2007 2) Martin, H.: Praxiswissen Intralogistikplanung, Springer 2012 3) Eschke, R.: Technische Verpackungslogistik, 2007 4) Palsson, H. „Packaging Logistics“, Kogan Page, 2018 5) Packaging Act (German Law) in English under: https://verpackungsgesetz-info.de/en/ 6) VDI-Manuals – Technical Logistics – Volume 6, Packaging Logistics, Publisher VDI, Beuth
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