Modern systems are becoming increasingly interconnected, software-intensive, and difficult to manage with documents and disconnected diagrams alone. SysML v2 in Practice provides a structured and practical introduction to the next generation of systems modeling, helping readers understand how SysML v2 can be applied throughout the Model-Based Systems Engineering lifecycle.
Written for systems engineers, software professionals, engineering students, architects, technical leads, and anyone moving toward MBSE, this book develops the subject progressively—from fundamental modeling concepts to the representation of requirements, structures, behaviors, interfaces, constraints, verification activities, and complete system architectures.
Rather than treating SysML as a collection of diagrams to memorize, Jamie Veydran focuses on the engineering reasoning behind the language. Readers learn how models can establish traceability between stakeholder needs, system requirements, architecture decisions, components, interfaces, behaviors, and verification objectives.
The book explores the concepts that distinguish SysML v2 from earlier modeling approaches while introducing readers to modern model-based workflows. Topics include requirements modeling, system decomposition, parts and relationships, ports and interfaces, behavioral modeling, actions, states, use cases, constraints, verification, reusable model elements, textual notation, graphical representations, and the role of APIs in an increasingly connected engineering toolchain.
Practical examples demonstrate how modeling concepts fit together instead of presenting them as isolated language features. Readers see how a system can move from an initial problem definition through requirements analysis, architectural decomposition, behavioral representation, interface definition, and verification planning.
Special attention is given to Model-Based Systems Engineering, digital engineering practices, model organization, consistency, traceability, and maintainability skills that become increasingly important as engineering projects grow in scale and complexity.
Whether you are encountering SysML for the first time, transitioning from SysML v1.x, working with UML-based approaches, or expanding your knowledge of MBSE, SysML v2 in Practice offers a practical foundation for understanding and applying modern systems modeling.
By the end of the book, readers will have a clearer understanding of how SysML v2 can be used to describe complex engineered systems, connect requirements to design decisions, communicate architecture, analyze behavior, support verification, and create models that remain useful throughout the system lifecycle.
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Taschenbuch. Etat : Neu. Neuware - Modern systems are becoming increasingly interconnected, software-intensive, and difficult to manage with documents and disconnected diagrams alone. SysML v2 in Practice provides a structured and practical introduction to the next generation of systems modeling, helping readers understand how SysML v2 can be applied throughout the Model-Based Systems Engineering lifecycle.Written for systems engineers, software professionals, engineering students, architects, technical leads, and anyone moving toward MBSE, this book develops the subject progressively-from fundamental modeling concepts to the representation of requirements, structures, behaviors, interfaces, constraints, verification activities, and complete system architectures.Rather than treating SysML as a collection of diagrams to memorize, Jamie Veydran focuses on the engineering reasoning behind the language. Readers learn how models can establish traceability between stakeholder needs, system requirements, architecture decisions, components, interfaces, behaviors, and verification objectives.The book explores the concepts that distinguish SysML v2 from earlier modeling approaches while introducing readers to modern model-based workflows. Topics include requirements modeling, system decomposition, parts and relationships, ports and interfaces, behavioral modeling, actions, states, use cases, constraints, verification, reusable model elements, textual notation, graphical representations, and the role of APIs in an increasingly connected engineering toolchain.Practical examples demonstrate how modeling concepts fit together instead of presenting them as isolated language features. Readers see how a system can move from an initial problem definition through requirements analysis, architectural decomposition, behavioral representation, interface definition, and verification planning.Special attention is given to Model-Based Systems Engineering, digital engineering practices, model organization, consistency, traceability, and maintainability skills that become increasingly important as engineering projects grow in scale and complexity.Whether you are encountering SysML for the first time, transitioning from SysML v1.x, working with UML-based approaches, or expanding your knowledge of MBSE, SysML v2 in Practice offers a practical foundation for understanding and applying modern systems modeling.By the end of the book, readers will have a clearer understanding of how SysML v2 can be used to describe complex engineered systems, connect requirements to design decisions, communicate architecture, analyze behavior, support verification, and create models that remain useful throughout the system lifecycle. N° de réf. du vendeur 9798177911908
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