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Advanced Systems Engineering (ASE) is a new paradigm for handling the complexity of todays and tomorrow’s products and services. Advanced systems, in the focus of the ASE paradigm, are supposed to be autonomous, dynamically networked, optimize socio-technical interaction and offer combinations of products and services by the means of product-service-systems. To handle the resulting complexity, the ASE paradigm describes model-based systems engineering (MBSE) as a suitable approach. To ensure a digital continuity, MBSE models and structures, created in the early stages of product development, have to serve as a basis for further development steps and therefore need to be stored and managed in a central IT-system. A product life cycle management (PLM) system is such a system. This paper describes a concept for a prototype integration and bi-directional interface between a MBSE modelling environment and a commercial PLM system. The prototype development and evaluation of the interface is based on a use case from a research project with a background in automotive industry.

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Approach for Integration of Model-Based Systems Engineering and Product Life Cycle Management

  • 会议论文

  • 发表日期：

    2025年

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  • Benjamin Schneider,
  • Josip Zilic,
  • Matei Rhaul Gideon,
  • Stefan Giosan,
  • Mehmet Kürümlüoglu,
  • Carmen Constantinescu

摘要

Advanced Systems Engineering (ASE) is a new paradigm for handling the complexity of todays and tomorrow’s products and services. Advanced systems, in the focus of the ASE paradigm, are supposed to be autonomous, dynamically networked, optimize socio-technical interaction and offer combinations of products and services by the means of product-service-systems. To handle the resulting complexity, the ASE paradigm describes model-based systems engineering (MBSE) as a suitable approach. To ensure a digital continuity, MBSE models and structures, created in the early stages of product development, have to serve as a basis for further development steps and therefore need to be stored and managed in a central IT-system. A product life cycle management (PLM) system is such a system. This paper describes a concept for a prototype integration and bi-directional interface between a MBSE modelling environment and a commercial PLM system. The prototype development and evaluation of the interface is based on a use case from a research project with a background in automotive industry.