IEEE Trial Use Standard for Application and Management of the Systems Engineering Process (IEEE Std 1220
Software Engineering Standards Committee of the IEEE Computer SociCODE: OS
Dov Dori (auth.)
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Introduction to "Model-Based Systems Engineering with OPM and SysML" In the evolving field of engineering, the ability to construct, analyze, and optimize complex systems has made Model-Based Systems Engineering (MBSE) an essential method for professionals. This book delve
In the evolving field of engineering, the ability to construct, analyze, and optimize complex systems has made Model-Based Systems Engineering (MBSE) an essential method for professionals. This book delves into the synergistic potential of using Object-Process Methodology (OPM) alongside Systems Modeling Language (SysML), demonstrating their complementary powers for comprehensive system modeling.
"Model-Based Systems Engineering with OPM and SysML" serves as a comprehensive guide to leveraging both OPM and SysML in the practice of MBSE. The book is structured to take the reader from the foundational concepts of systems engineering, providing a layered understanding of both OPM and SysML. It unites the conceptual visual strength of OPM with the standardized power of SysML to address the diverse needs of system modeling across varied industries.
This book begins by introducing the essentials of MBSE and then dives deeply into Object-Process Methodology (OPM)—an integrated approach to model the structure and behavior of complex systems intuitively. It provides tangible examples to elucidate the application of OPM in real-world scenarios, demonstrating its benefits in simplifying the modeling process without sacrificing complexity. The subsequent sections of the book focus on SysML as a standard language for expressing systems modeling concepts, facilitated by demonstrations of applications that require precise semantics and a higher level of detail.
The book further bridges the gap between these two methodologies, offering readers the tools to integrate OPM and SysML effectively. Through case studies and pragmatic tools, it equips readers with necessary skills to harness this integration for more efficient and effective system engineering projects.
"A system well modeled is a system well understood."
"OPM offers simplicity in complexity, a visual thinking framework that bridges the gap between human mental models and automated system architecture."
This book is essential for professionals and students engaged in systems engineering, spanning industries from software to aerospace. By offering a dual-method approach with OPM and SysML, it not only expands the toolkit of engineers but aligns with industry trends that advocate for more integrated and holistic modeling techniques. The methodologies elucidated in this book drive innovation by simplifying the collaboration between human-centered design thinking and technical system rigor, ensuring systems are both sophisticated and user-centric.
Moreover, as systems grow increasingly complex, the ability to model all facets clearly and concisely can have far-reaching impacts on project success, product effectiveness, and managing risks associated with system failures. This book stands as a definitive resource in navigating these contemporary challenges.
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Software Engineering Standards Committee of the IEEE Computer SociCODE: OS