Fundamentals of Supply Chain Management
Brief description
- Definition analysis of SCM and logistics
- Necessity and development of SCM due to complexity and uncertainty
- Beer Game and Bullwhip Effect
- SCM as management of flows of goods, information, and value
- Process triggering push and pull
- Supply chain processes as cycles
- Supply chain mapping
- Supply chain modelling
- Supply chain strategy and competitive strategy
- Aggregate planning
Mode of delivery
face to face
Type
compulsory
Recommended or required reading and other learning resources/tools
Chopra, S., & Meindl, P. (2016): Supply chain management: Strategy, planning, and operation, Pearson.
Planned learning activities and teaching methods
Input, mini case presentation and discussion, self-study of selected content, mini group work and presentation, homework
Assessment methods and criteria
- Final written exam 70% (open book)
- Case studies, group assignments, quizzes (30%)
Prerequisites and co-requisites
-
Infos
Degree programme
Logistics & Transport Management (Bachelor)
Cycle
Bachelor
ECTS Credits
3.00
Language of instruction
German
Curriculum
Part-Time
Academic year
2023
Semester
3 WS
Incoming
No
Learning outcome
After successful completion of the course students can
- name and understand the intercompany spanning concept of supply chain management (1,2)
- explain the necessity of supply chain management within and between companies (2)
- define and explain the scope of supply chain management: goods, information, and value flows (1,2)
- name and explain basic concepts and principles of supply chain management (1,2)
- hierarchies of supply chain management processes – decision phases
- supply chain drivers
- process view
- cycle view
- process triggers
- strategic fit between competitive strategy and supply chain strategy
- explain the conclusions of the beer game (2)
- explain the role of inventory management concepts as major performance and cost driver in supply chain management (1,2)
- explain and to implement aggregate planning measures in mid- and long-term production program planning (2,3)
Course code
0391-21-01-BB-DE-26