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Model-based systems engineering and ...

Hansen, Dennis.

Model-based systems engineering and requirements definitionachieving a uniform management and engineering system view /

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Model-based systems engineering and requirements definitionby Dennis Hansen.
其他題名:	achieving a uniform management and engineering system view /
作者:	Hansen, Dennis.
出版者:	Berkeley, CA :Apress :2025.
面頁冊數:	xix, 263 p. :ill. (some col.), digital ;24 cm.
Contained By:	Springer Nature eBook
標題:	Systems engineering.
電子資源:	https://doi.org/10.1007/979-8-8688-2043-4
ISBN:	9798868820434$q(electronic bk.)

Model-based systems engineering and requirements definitionachieving a uniform management and engineering system view /
Hansen, Dennis.

Model-based systems engineering and requirements definitionachieving a uniform management and engineering system view /[electronic resource] :by Dennis Hansen. - Berkeley, CA :Apress :2025. - xix, 263 p. :ill. (some col.), digital ;24 cm.

1. Introduction -- 2. System Capabilities Development -- 3. Level 1 Operational Activity Views -- 4. DoDAF Functionality View SV-4a -- 5. Initial Considerations for Migrating to SysML -- 6. Detailed System Definition -- 7. Allocation of System Activities -- 8. Modeling and Performance Requirements Specification -- Epilogue -- Appendix A. CCSDS Background Information -- Appendix B. Modeling Approach Relative to Different Types of System -- Appendix C. Comparison of Modeling Languages -- Appendix D. Models as a Testing Aid.

Learn how to integrate model-based systems engineering (MBSE) with mission-driven requirements to create a connected framework that delivers reliable solutions designed with key objectives. This book uses real-world examples to demonstrate how clear requirements and smart modeling lead to systems that work better, cost less to fix, and meet their goals the first time. Author, Air Force veteran, and Chief Systems Engineer Dennis Hansen draws on 60 years of experience managing full system lifecycles across military, government, and private sectors. This foundation drives a practical approach to understanding how design and operations drive engineering success. First, learn the end-user definition of the system function (i.e., the mission), before identifying capabilities needed to perform this function. The book then explains the transition from capabilities to activities and functional model views, and the associated requirement definitions. From there, you will learn how modeling can shift from architecture to SysML design views, continuing with both model and requirement definitions. Finally, you'll discover how models can be used to aid generation and refinement of test plans and procedures as the system evolves, and how these models support ongoing system sustainment and improvement. Throughout, you'll encounter practical examples and diagrams to illustrate how to connect key concepts. This book fills a gap left by other books that treat requirements and models separately, showing how tying them to mission goals leads to better results. Practical guidance covers incorporating security early, using proven standards like NIST 800-53, and applying frameworks such as DoDAF or SysML. Additionally, each chapter includes a guide and Agile planning tips to help you apply these concepts step by step. You Will: Define the mission to establish a clear system purpose. Identify the capabilities needed to achieve the mission. Develop architecture and requirements that deliver these capabilities through detailed activities Apply Agile scheduling to organize development activities. Adopt a disciplined approach to modeling and requirements development to save time and prevent cost and schedule issues later in the program.

ISBN: 9798868820434$q(electronic bk.)

Standard No.: 10.1007/979-8-8688-2043-4doiSubjects--Topical Terms:

182491
Systems engineering.

LC Class. No.: TA168

Dewey Class. No.: 620.001171

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520 $a Learn how to integrate model-based systems engineering (MBSE) with mission-driven requirements to create a connected framework that delivers reliable solutions designed with key objectives. This book uses real-world examples to demonstrate how clear requirements and smart modeling lead to systems that work better, cost less to fix, and meet their goals the first time. Author, Air Force veteran, and Chief Systems Engineer Dennis Hansen draws on 60 years of experience managing full system lifecycles across military, government, and private sectors. This foundation drives a practical approach to understanding how design and operations drive engineering success. First, learn the end-user definition of the system function (i.e., the mission), before identifying capabilities needed to perform this function. The book then explains the transition from capabilities to activities and functional model views, and the associated requirement definitions. From there, you will learn how modeling can shift from architecture to SysML design views, continuing with both model and requirement definitions. Finally, you'll discover how models can be used to aid generation and refinement of test plans and procedures as the system evolves, and how these models support ongoing system sustainment and improvement. Throughout, you'll encounter practical examples and diagrams to illustrate how to connect key concepts. This book fills a gap left by other books that treat requirements and models separately, showing how tying them to mission goals leads to better results. Practical guidance covers incorporating security early, using proven standards like NIST 800-53, and applying frameworks such as DoDAF or SysML. Additionally, each chapter includes a guide and Agile planning tips to help you apply these concepts step by step. You Will: Define the mission to establish a clear system purpose. Identify the capabilities needed to achieve the mission. Develop architecture and requirements that deliver these capabilities through detailed activities Apply Agile scheduling to organize development activities. Adopt a disciplined approach to modeling and requirements development to save time and prevent cost and schedule issues later in the program.
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