Theses Supervision | Dr. Philipp Saalmann | Department of Information Systems

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Dr. Philipp Saalmann
Former Research Assistant

Chair of Information Systems and Supply Chain Management

Leonardo Campus 3
48149 Münster

ShortURL:

erc.is/p/saalmann

Supervised Theses
- Developing a Maturity Model for Digital Supply Chains (Master's thesis IS, 2019)
- Design and development of a software application for the assessment and visualization of the maturity level of a supply chain (Bachelor's thesis IS, 2019)
- Development of a Decision Framework for Additive Manufacturing in Spare Parts Supply Chains (Bachelor's thesis IS, 2019)
- Overview and Analysis of Supply Chain Taxonomies and Typologies (Bachelor's thesis BA, 2019)
- Overview and Analysis of Supply Chain Maturity Models (Bachelor's thesis BA, 2018)
- Spare Parts Supply Chain Management – Overview and Assessment of Supply Chain Maturity Models for Collaboration and Coordination in Spare Parts Supply Chains (Bachelor's thesis IS, 2018)
- Collaboration and Coordination in Spare Parts Supply Chains – Development of a Taxonomy for Spare Parts Supply Chains (Master's thesis IS, 2018)
- Collaboration and Coordination in Spare Parts Supply Chains – Development of a Maturity Model (Bachelor's thesis BA, 2018)
- Collaboration and Coordination in Spare Parts Supply Chains – Overview and Assessment of Development Approaches for Maturity Models (Bachelor's thesis BA, 2018)
- Assessment of Methods for Developing a Taxonomy for Spare Parts Supply Chain Coordination (Bachelor's thesis BA, 2017)
- Designing a Company Survey on the Current Status Quo of Collaboration and Coordination in Spare Parts Supply Chains (Bachelor's thesis IS, 2017)
- Development of a classification structure for spare parts supply chains based on coordination-related characteristics (Bachelor's thesis BA, 2017)
- Customizing an Enterprise Architecture Framework supporting Product Information Management within the Security Electronics Industry (Master's thesis IS, 2016)
- Decentralized coordination of spare parts supply chains – an analysis of a coordination problem (Bachelor's thesis IS, 2015)

Supervised Theses