Model-Based Systems Engineering Approaches for the integrated development of product and production systems in the context of Industry 4.0

Mandel, Constantin; Stürmlinger, Tobias; Yue, Chuo; Behrendt, Matthias; Albers, Albert

doi:10.1109/syscon47679.2020.9275902

Cited by 14 publications

(7 citation statements)

References 11 publications

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“…This is why a company's ability to develop and produce such products in a successful way is a significant factor for gaining and maintaining a competitive advantage [2]. However, the widespread separation of the development of the product and the production system makes this difficult [3]. The production of customized mass products, referred to as mass customization, is a current trend [4].…”

Section: Initial Situation and Background Of Researchmentioning

confidence: 99%

Validation of the Intelligent and Integrated Product Lifecycle Management ('i2 PLM') based on Data from Smart Factories and Smart Products

Schnabel,

Hummel,

von Leipzig

et al. 2023

SSRN Journal

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Section: Initial Situation and Background Of Researchmentioning

confidence: 99%

Validation of the Intelligent and Integrated Product Lifecycle Management ('i2 PLM') based on Data from Smart Factories and Smart Products

Schnabel,

Hummel,

von Leipzig

et al. 2023

SSRN Journal

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“…While those SEAFs mainly focus on the modeling of products, the framework created in the project mecPro 2 targets the integration of product and production system modeling [10]. Further approaches for an integrated modeling of product and production system have been researched in the project I4TP [11]. In addition, a more highlevel architecture framework concerning production is the RAMI -Reference Architecture Model Industry 4.0 [12].…”

Section: Systems Engineering Architecture Frameworkmentioning

confidence: 99%

Towards a System of Systems Engineering Architecture Framework

Mandel

Guenther

Martin

et al. 2022

2022 17th Annual System of Systems Engineering Conference (SOSE)

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Model-based approaches such as Model-BasedSystems Engineering (MBSE) are widely regarded as a necessity to enable and support the development of ever more complex Systems of Systems (SoS). A key to the application of modelbased development approaches in companies is the introduction of systems engineering architecture frameworks (SEAF) to structure the models of systems to be developed. This paper displays the research to develop a SEAF for SoS. Through workshops and interviews with 18 partners from industry and research, we derived perspectives to be considered for describing and modeling SoS. By analyzing existing SEAFs from literature we concluded, that not all perspectives we identified as relevant are covered by a single framework. Based on our research, especially the explicit consideration of SoS characteristics such as autonomy and interdependence, the integrated consideration of product, production system and validation system development, as well as consideration of different product generations and (re-)use of models appears to be not profoundly addressed. Advancing the state of research, we therefore propose a six-dimensional SoS engineering architecture framework to cover all perspectives we identified as relevant. The proposed framework can further serve as a reference for developers to derive and build specific frameworks tailored to their needs while at the same time supporting consistency, reusability and compatibility of the specific frameworks. The presented framework is an initial proposition which continuously being used and evaluated by its application to structure modeling for a variety of real systems from different industries. Insights from the application are fed back for its further development.

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“…This ensures the consistency and availability of information for the relevant stakeholders in the product engineering process. (Steimer et al, 2016;Mandel et al, 2020).…”

Section: Impact and Risk Analysismentioning

confidence: 99%

Extended Target Weighing Approach (Etwa): Impact and Risk Analysis of Lightweight Concepts in the Product-Production System-Co-Design

et al. 2021

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Lightweight design in interconnected systems becomes more and more complex as the interdependencies cannot be overseen by the product developer. Varying one component might not only influence the interfaces to other components but also the underlying production systems.Therefore, this contribution focuses on the product/production interdependencies and how they can be supported within lightweight design. Based on a functional description of the product it is possible to derive new lightweight design solutions and also to evaluate the change propagation in the production system. For this, a method for the impact and risk analysis is integrated in the lightweight design method Extended Target Weighing Approach (ETWA). By doing so, a risk value for the adapted production system can be calculated and different design concepts can be compared.The application of the developed method on a simplified use-case shows great potentials when evaluating the impact of a newly developed lightweight design solution on an already existing production system supporting the product development in decision making.

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Model-Based Systems Engineering Approaches for the integrated development of product and production systems in the context of Industry 4.0

Cited by 14 publications

References 11 publications

Validation of the Intelligent and Integrated Product Lifecycle Management ('i2 PLM') based on Data from Smart Factories and Smart Products

Validation of the Intelligent and Integrated Product Lifecycle Management ('i2 PLM') based on Data from Smart Factories and Smart Products

Towards a System of Systems Engineering Architecture Framework

Extended Target Weighing Approach (Etwa): Impact and Risk Analysis of Lightweight Concepts in the Product-Production System-Co-Design

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