Role model of model-based systems engineering application

Abstract

The transition to model-based systems engineering (MBSE) is essential to meet the demands of increasing system complexity, productivity, quality and shorter design cycles. Necessary perspectives, associated roles and competencies for the application of MBSE are not sufficiently defined. The paper at hand presents a role model for the practical application of MBSE based on three major steps: (1) identification, (2) categorization and (3) association of stakeholders, which implement and apply MBSE within an enterprise. The use of the role model is demonstrated and evaluated in a test case based on personas within a fictional scenario which illustrates the implementation of MBSE. The roles, which are adapted to today’s conditions, serve as a practical guide comprising all basic conditions that have to be considered when applying MBSE. Practitioners can easily tailor the illustrated results to their own use case.

MBSE adoption experiences in organizations: Lessons learned

“…Authors of previous works also argued that all stakeholders involved should have some level of training in the MBSE tools and methods as well as the selected modeling language. 1,[18][19][20] Over half of the interview participants specifically mentioned the importance of training. According to the participants, there are four categories of people who need to be trained to various levels (see Table 7).…”

Design, Simulation and Optimization of an Electrical Drive-Train

“…The research project continues to draw on the fundamentals of Model-Based System Engineering (MBSE) [7,8]. International research groups are currently working on the integration of verification processes into MBSE [9], tracking and communicating risks through MBSE tools [10], role models for the application of MBSE [11], and modular product architectures based on MBSE [12]. Currently, graph-based design methods (compare [13] are developed as a prominent means for realizing MBSE through knowledge representation in UML and compilation by means of a design compiler (DC43, IILS GmbH, Trochtelfingen, Germany [14]) leading to a machine-executable V-model.…”

“…through MBSE tools [10], role models for the application of MBSE [11], and modular product architectures based on MBSE [12]. Currently, graph-based design methods (compare [13] are developed as a prominent means for realizing MBSE through knowledge representation in UML and compilation by means of a design compiler (DC43, IILS GmbH, Trochtelfingen, Germany [14]) leading to a machine-executable V-model.…”

Systematische Bewertung von Auswirkungsanalysen des Engineering Change Managements

“…Daher ergibt sich zusätzlicher Forschungsbedarf in der Verbesserung der Integration von Parametern sowie bei der Unterstützung der Durchführung von EC-Auswirkungsanalysen z. B. durch unternehmensspezifische Rollenmodelle [47].…”