MBSE-PLM Integration: Initiatives and Future Outlook

Gerhard, Detlef; Cordero, Sophia Salas; Vingerhoeds, Rob A.; Sullivan, Brendan P.; Rossi, Monica; Brovar, Yana; Menshenin, Yaroslav; Fortin, Clément; Eynard, Benoît

doi:10.1007/978-3-031-25182-5_17

Cited by 6 publications

(2 citation statements)

References 15 publications

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“…Product Data Management (PDM), Product Lifecycle Management (PLM) [55,56], or System Lifecycle Management tools [57] have already been established for managing heterogeneous models, including the necessary configuration management within companies [58]. PLM tools support the processes within companies that are represented in the tools with sufficient formalization.…”

Section: Collaboration In Engineeringmentioning

confidence: 99%

Collaborative Model-Based Systems Engineering Using Dataspaces and SysML v2

Li,

Faheem,

Husung

2024

Systems

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Collaborative Model-based Systems Engineering between companies is becoming increasingly important. The utilization of the modeling possibilities of the standard language SysML v2 and the multilateral data exchange via Dataspaces open new possibilities for efficient collaboration. Based on systemic approaches, a modeling concept for decomposing the system into sub-systems is developed as a basis for the exchange. In addition, based on the analysis of collaboration processes in the context of Systems Engineering, an architectural approach with a SysML editor and Dataspace for the exchange is elaborated. The architecture is implemented on the basis of open-source solutions. The investigations are based on an application example from precision engineering. The potential and challenges are discussed.

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Section: Collaboration In Engineeringmentioning

confidence: 99%

Collaborative Model-Based Systems Engineering Using Dataspaces and SysML v2

Li,

Faheem,

Husung

2024

Systems

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“…Whilst the introduction of model-based systems engineering, addressing managing systems complexity and reducing the uncertainty associated with the design process, in industry can present interesting results, their actual use, taking full advantages of all possibilities of verification and validation, code generation, etc. is taking still some time [98]. There is a need for new approaches that ''support systems that allow the information and data associated with products to be developed and sustained through the product life-cycle''.…”

Section: F Ensuring Seamless Connection From Generalised Mbse Tools T...mentioning

confidence: 99%

A Taxonomy of MBSE Approaches by Languages, Tools and Methods

et al. 2022

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Systems engineering has gained in maturity over the last decades and started a transition from document-centric approaches to Model-Based Systems Engineering (MBSE). Several papers have discussed the benefits and potential, but also the limitations, of using MBSE, based on literature surveys and analyze feedback from academia and industry. The current paper explores a complementary avenue and aims at giving students and industry practitioners a set of keys and decision criteria to select MBSE languages, tools and methods. Languages, tools and methods are categorised and selection criteria are proposed for a panorama of languages that goes beyond SysML and other techniques commonly associated with MBSE. In addition, research avenues for the future of MBSE are identified. The discussion relies on the authors' experience in teaching and using system engineering and MBSE in both academia and industry, as well as on the experience shared within the framework of Concorde, a French project dedicated to drone systems design methodologies.

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