M. Eng. Wood Technology / Holztechnik - Hochschule für Architektur ...

Master Wood Technology
Module Catalogue / Modulhandbuch
Module MF 43 – Production Management and Logistics
Module coordinator
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Credit Points (ECTS) 5
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Professor Dr. Ing. Reinhard Schugmann
Tel.: +49 (0)8031 805 602
Email: reinhard.schugmann@fh-rosenheim.de
Prof. Dr. Ing. Reinhard Schugmann
at the University Rosenheim in the winter term
2 contact/week hours lecture
2 hours/week seminar, group work/self-directed study
150 hours, of which
� 60 contact hours
� 60 hours self-directed study, group work
� 30 hours preparation and follow-up work at home, exam preparation
Admission to Master Degree Course in Wood Technology
Basics of Industrial Engineering
Basics in ERP, production control and planning
In-depth understanding of correlations in production management and
logistics in today´s production systems. Ability to analyse and redesign
strategic and operational production and logistic systems while using recent
methods and tools.
Holistic knowledge and understanding about modern production organisation
inside and between production process chains (supply chain management,
value stream mapping,…)
� Basics of contemporary production organisation, economical and
organisational subsumption of value streams and their aims.
� Strategic directions of production and metalogistic systems for
adding corporate value. Methods for strategic design of corporate
logistics and of production equipment.
� Strategic and organisational design of purchasing logistics.
Knowledge about the relationship between client and supplier.
Design of systems for procurement logistics. Strategic and
organisational design of procurement logistics.
� Analysis and design of supply chains using the methods of value
stream mapping. Aspects of redesigning entire business processes
(BPM).
� Basics of Toyota Production Systems (TPS). Holistic aims following
this philosophy. The elements of TPS; how to implement and use
them.
� Design of material flow systems, means of conveyance, means of
storage (design and usage).
� International aspects in design of industrial factories. Basics and
methods of location choice, plant design and layout planning.
50% lecture,
50% seminar, group work/self-directed study
English
presentation of homework in a talk (lecture),
written exam
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