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Item type:Publication, Access status: without files , Risikomanagement in Supply Chains : Compliance und resiliente Lieferketten – Realisierung von Chancen durch Risikosteuerung(Erich Schmidt Verlag, 2025); ; ; Bürger, SebastianDie zunehmende Vernetzung globaler Lieferketten, technologischer Wandel und volatile Marktbedingungen stellen Unternehmen vor immer komplexere Entscheidungen. Das Risikomanagement in Supply Chains wird damit zur hoch dynamischen, proaktiv zu gestaltenden Kernfunktion, um langfristig wettbewerbsfähig und resilient zu bleiben. Orientiert am global anerkannten COSO-Rahmenwerk entwickelt das Expertenteam um Oliver Bungartz hierfür einen prägnanten Leitfaden: - Grundlagen und Prozess des Risikomanagements: Betriebswirtschaftlich, regulatorisch und methodisch - Governance und Kultur: Zu einer risikobewussten Unternehmenskultur und ihrer Implementierung - Risiken in der Ausführung: Analyse und Steuerung operationeller Risiken entlang der Wertschöpfungskette - Risikoinformation, -kommunikation und -berichterstattung: Insbesondere zum Stellenwert der Nachhaltigkeitsberichterstattung - Überwachung der Leistung: Prüfung, Evaluierung und kontinuierliche Prozessverbesserung Der anschließende Methodenteil stellt konkrete Instrumente und Techniken des Risikomanagements vor, mit denen sich Lieferketten nachhaltig stärken lassen.Publicationtype: Book147 - Some of the metrics are blocked by yourconsent settings
Item type:Publication, Access status: with files , Blockchain technology – integration in supply chain processes(2020-09-23); ; ; Purpose: Supply chain networks face an increasing demand to integrate globally distributedcustomers and suppliers. As supply chain processes are deemed to lack sufficienttransparency and security, blockchain solutions are piloted to offer an IT infrastructurecovering these needs. This paper aims to bring current projects one stepfurther and evolves a model for integrating blockchain solutions into supply chainprocesses. Methodology: In order to get an overview of existing models for technology integration,an exploratory research study is conducted. In addition, requirements for thespecific integration of blockchain solutions are gathered and categorized in a systematiccontent analysis. Based on these requirements, the models are evaluated,compared and utilized for the development of a new model. Findings: Since none of the presented models fully meet the specific blockchainbasedrequirements, the existing models must be further developed. Specifically, increasesin the number of supply chain partners and external stakeholders involvedin blockchain-based systems are not supported by current models, and need to beintegrated systematically. Originality: In this paper, an integration model is developed that is particularly suitablefor blockchain integration into supply chain processes. In order to give startingpoints for a validation of the model, a case study is conducted in the field of blockchain-based payment gateway solutions.Publicationtype: Conference Paper375 371 - Some of the metrics are blocked by yourconsent settings
Item type:Publication, Access status: with files , Additive manufacturing in supply chains – the future of purchasing processesAdditive manufacturing is one of the leading production technologies when it comes to the efficient production of individual parts. This paper explains how additive manufacturing will influence purchasing processes and network structures of producing companies in future supply chain networks. Therefore, an exploratory research of relevant literature and recent studies in a systematic literature review is conducted, giving an overview of how additive manufacturing will change the processes of purchasing. Traditional purchasing and modern processes affected by the implementation of additive manufacturing are compared, in order to point out differences and new requirements. In the future purchasers have to extend their knowledge of additive manufacturing, to integrate this production technology into their sourcing strategy in an effective way. Technological knowledge and capabilities, supplier relations and internal integration of purchasers need to be improved, to make use of benefits e.g. reduced inventory. This exploration of the impact of additive manufacturing is focused on purchasing processes. Therefore, this paper investigates one special field of the supply chain layer, which is the unique characteristic of this submission. The findings are based on a literature review of studies and specialized literature, an analysis in collaboration with companies was not executed. Additive manufacturing has great advantages in many fields, but it cannot be integrated in supply chain processes with a significant leap forward. The sourcing strategy has to be changed; employees have to be trained, to interact with the new supply chain members and to learn which components can be manufactured additively.Publicationtype: Conference Paper2100 655 - Some of the metrics are blocked by yourconsent settings
Item type:Publication, Access status: with files , Smart supply chain risk management - A conceptual frameworkScreening existing literature on Supply Chain Risk Management (SCRM) shows that only sporadic attention is paid on real data driven SCRM. Most tools and approaches lead to an expert knowledge based SCRM. Due to the arising topic of digitalization in supply chains, leading to Industry 4.0 (I4.0), there is huge potential in building a data driven, smart SCRM. To speed up research in this direction it is worthwhile to define a new research framework giving direction. To create a consistent framework and define smart SCRM in more detail a literature review will take place to select appropriate dimensions like SCRM phases, readiness stages of Digitalization/ I4.0 and SC perspectives describing the degree of SC collaboration. Afterwards the SCRM and I4.0 dimensions will be put into focus describing what impact I4.0 will have on SCRM leading to future requirements. The new framework serves as a basis for future SSCRM research. It helps to categorize research projects through multiple dimensions and to identify potential research gaps. The developed SSCRM requirements framework is a practical tool guiding the requirement specification when designing a company specific SSCRM system.Publicationtype: Conference Paper865 566