Högskolan i Skövde

Production simulation holds great promise for industrial applications. Virtual commissioning and discrete event simulation are production simulation techniques that are both economically and operationally justified in theory. However, their practical use is limited by high initial costs and expertise, as well as time and effort requirements. This study proposes a model-based engineering framework with a focus on developing and utilizing these two types of techniques in parallel, with the aim of reducing overall costs while simultaneously harnessing the benefits of both methods’ complementary strengths. The proposed framework serves as a basis for future development of methodologies, processes, and tools aimed at streamlining the joint and parallel creation and utilization of said models through simulation-driven systems development. The study presents the framework and an illustrative example that demonstrates its feasibility and practical utility.