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In a co-design environment changes need to be integrated quickly and in anautomated manner. This paper considers the challenge of creating and optimizinga global logistics system for the construction of a passenger aircraft within aco-design approach with respect to key performance indicators (like cost, timeor resilience). The product in question is an aircraft, comprised of multiplecomponents, manufactured at multiple sites worldwide. The goal is to find anoptimal way to build the aircraft taking into consideration the requirementsfor its industrial system. The main motivation for approaching this challengeis to develop the industrial system in tandem with the product and making itmore resilient against unforeseen events, reducing the risks of bottlenecks inthe supply chain. This risk reduction ensures continued efficiency andoperational success. To address this challenging and complex task we havechosen Answer Set Programming (ASP) as the modeling language, formalizing therelevant requirements of the investigated industrial system. The approachpresented in this paper covers three main aspects: the extraction of therelevant information from a knowledge graph, the translation into logicprograms and the computation of existing configurations guided by optimizationcriteria. Finally we visualize the results for an effortless evaluation ofthese models. Internal results seem promising and yielded several new researchquestions for future improvements of the discussed use case.

A Logic Programming Approach to Global Logistics in a Co-Design Environment