Beschaffung automatisierter Kleinteilelager im Projekteinkauf mit Fokus auf Risikomanagement

Abstract

The increasing efforts of companies to rely more on automation in warehouse logistics due to technological advances and a shortage of skilled employees reflects a clear trend. This automation ranges from simple scanners and barcodes to highly advanced logistics systems that are considered the pinnacle of warehouse automation. In light of this development, it is clear that companies that have previously only automated isolated processes must increasingly rely on autonomous technologies such as automated high-bay racking, conveyor belts and robots. The seamless integration of these technologies into existing IT systems is crucial to the success of such implementations. Successful integration often requires the support of experienced partners with a clear view of future requirements. A key aspect in this context is procurement, which aims to ensure a secure and cost-effective supply. The focus here is placed outside the company on environmental conditions such as the market and competitive situation, the economic situation and the performance of certain companies. In contrast to pure purchasing, procurement is often involved in development and project teams in order to optimally coordinate internal requirements with the procurement markets. The procurement of mini load racks in project purchasing is a complex process that faces numerous challenges. In addition to flexible financing instruments, price fluctuations and unpredictable delivery times, lengthy contract negotiations with suppliers represent a significant obstacle. Overcoming these challenges requires risk management to play a significant role. It aims to identify, assess, and manage potential risks at an early stage in order to ensure the long-term security and development of the company. The aim of this thesis is to develop concrete recommendations for action that offer added value for risk management in the procurement of mini-load racks and have a beneficial impact on the overall performance and competitiveness of companies such as TGW. This includes examining the characteristics that differentiate mini-load racking from other types of storage, as well as analyzing the procurement process in project purchasing at TGW and the role of risk management in this process. By taking a systematic approach and considering relevant risk factors, companies should be able to proactively manage potential risks and minimize possible negative effects on their business activities. In this way, this thesis contributes to strengthening operational resilience and supporting long-term growth targets.

Date of Award	2024
Original language	German (Austria)
Supervisor	Ilija Coric (Supervisor)