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1	Optimering av Produktstyrning genom Integrerat Logistikstöd: Minimera Livscykelkostnader / Optimizing Product Management through Integrated Logistic Support: Minimizing Life Cycle Costs Bergström, Elliot, Mathisson, Felix January 2024 (has links) Integrated Logistics Support (ILS) is a tool that ensures the operation and longevity of products and systems throughout their lifecycle. The method structures logistics support activities and yields results that simplify, prevent, or mitigate risk areas, ultimately aiming to minimize lifecycle costs. ILS was developed within the defense industry, but its use in the civilian sector is still limited, indicating untapped potential. The purpose of the research is to investigate the process of ILS implementation and the potential benefits it could bring to the civilian industry. The emphasis is on comprehending the process and methodically developing guidelines that organizations can adopt. This purpose is achieved through an initial literature review examining integrated logistics support. The ideas are then implemented in a case study to demonstrate the process and generate improvement strategies. Based on the case study, the conclusion is drawn that the method achieves the desired effects. A generalized methodology is presented, which can be utilized by civilian companies and organizations. Integrated logistics support logistics support analysis FMECA lifecycle cost optimization reliability civilian industry Integrerat logistikstöd logistikstödsanalys FMECA livscykelkostnadsoptimering tillförlitlighet civil industri Reliability and Maintenance Tillförlitlighets- och kvalitetsteknik
2	Förstärkning av ett civilt logistikflöde med hjälp av Integrerat logistikstöd / Strengthening a civil logistics flow using Integrated Logistic Support Snickars, Oskar, Johansson, Rasmus January 2024 (has links) The logistics sector has been severely affected by recent societal crises. Simultaneously, there is a need for research on how to ensure civil logistics during crisis situations. This study aims to investigate how Integrated Logistic Support (ILS) can be utilized within the civil industry, with the intention of strengthening the logistic flow against potential societal crises. The goal of the study is to propose a framework for how the civil industry can implement ILS. The study demonstrates how ILS can be applied to a product in the civil industry by compiling a structure consisting of an exploded view, a component list and a mapping of the product’s logistics chain. Subsequently, a critical flow was identified using a SWOT analysis, followed by determining the risks associated with the flow through an FMECA. The conclusion of the study is that ILS can strengthen a product’s logistics flow in anticipation of a potential crisis. The challenges with applying ILS to a logistics flow arise from the need to analyze each sub-flow to include all different risk scenarios. The recommendation for manufacturing companies is to review their logistics flows and subsequently engage in risk management as a preventive measure. ILS FMECA SWOT analysis Logistics Logistics flows Societal crisis Civil industry Risk management ILS FMECA SWOT-analys Logistik Logistikflöden Samhällskris Civil industri Riskhantering Engineering and Technology Teknik och teknologier Mechanical Engineering Maskinteknik

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Optimering av Produktstyrning genom Integrerat Logistikstöd: Minimera Livscykelkostnader / Optimizing Product Management through Integrated Logistic Support: Minimizing Life Cycle Costs

Förstärkning av ett civilt logistikflöde med hjälp av Integrerat logistikstöd / Strengthening a civil logistics flow using Integrated Logistic Support