Evaluating MBSE Potential using Product and Development Characteristics – A Statistical Investigation
Document type:
Konferenzbeitrag
Author(s):
Schöberl, Maximilian; Rebentisch, Eric; Trauer, Jakob; Mörtl, Markus; Fottner, Johannes
Non-TUM Co-author(s):
ja
Cooperation:
international
Pages contribution:
2385-2394
Chapter contribution:
Systems Engineering and Design
Abstract:
As model-based systems engineering (MBSE) is evolving, the need for evaluating MBSE approaches grows. Literature shows that there is an untested assertion in the MBSE community that complexity drives the adoption of MBSE. To assess this assertion and support the evaluation of MBSE, a principal component analysis was carried out on eight product and development characteristics using data collected in an MBSE course, resulting in organizational complexity, product complexity and inertia. To conclude, the method developed in this paper enables organisations to evaluate their MBSE adoption potential.
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As model-based systems engineering (MBSE) is evolving, the need for evaluating MBSE approaches grows. Literature shows that there is an untested assertion in the MBSE community that complexity drives the adoption of MBSE. To assess this assertion and support the evaluation of MBSE, a principal component analysis was carried out on eight product and development characteristics using data collected in an MBSE course, resulting in organizational complexity, product complexity and inertia. To conclu...
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Keywords:
model-based systems engineering, complexity, empirical studies, design methodology