Understanding the MBSE Model: Logical and Physical Domains PPT

This PPT slide, part of the 33-slide Model-Based Systems Engineering (MBSE) PowerPoint presentation, outlines the Model-Based Systems Engineering (MBSE) framework, emphasizing its division into 2 distinct domains: the logical domain and the physical domain. This bifurcation is crucial for effectively managing system complexity.

The logical domain is characterized as stable and abstract, focusing on high-level concepts, functionalities, and interactions. It serves as the foundation for system design, ensuring that there is a coherent understanding of the system's purpose. This domain also facilitates traceability, allowing stakeholders to link requirements with design decisions, which is essential for maintaining alignment throughout the development process.

In contrast, the physical domain addresses the tangible aspects of the system. It is dynamic, adapting to technological advancements and hardware changes. This domain describes actual components, data flows, and their deployment in real-world scenarios. It represents how the system is realized in a specific environment, aligning design with practical constraints and limitations.

The interconnectedness of these domains is highlighted as a key feature of the MBSE model. By ensuring that both logical and physical elements are considered, engineers can better manage the complexities of system design and implementation. This dual perspective not only enhances understanding, but also supports decision-making processes, ultimately leading to more effective system development.

For potential customers, this slide provides valuable insights into how the MBSE framework can streamline their engineering processes, improve traceability, and ensure that both abstract and concrete elements of systems are effectively integrated.

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Information Technology Enterprise Architecture MBSE Model-Based Systems Engineering Purpose