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    Toward an Engineering 3.0

    Systems complexity continues to increase as global communications, massive software, and complicated hardware – and people – are increasingly linked together. Hidden in these systems of systems lie immeasurabl...

    Norman Augustine in Handbook of Model-Based Systems Engineering (2023)

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    Introduction to the Handbook

    We live in an era of hyperconnectivity and exponential technological trends. The former continues to increase the complexity of systems, while the latter continues to rapidly produce new technology-enabled cap...

    Azad M. Madni, Norman Augustine in Handbook of Model-Based Systems Engineering (2023)

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    MBSE for System-of-Systems

    A System-of-Systems (SoS) is a special kind of complex system in which new capabilities arise from interacting components that are controlled with varying degrees of independence by multiple owner/operators. T...

    Daniel DeLaurentis, Ali Raz… in Handbook of Model-Based Systems Engineering (2023)

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    Assistive Technologies for Disabled and Older Adults

    Having a sense of purpose, maintaining social connections, and staying mobile are often challenges for disabled and older adults who want to work and/or “age in place” but struggle to perform acceptably, both ...

    William B. Rouse, Dennis K. McBride in Handbook of Model-Based Systems Engineering (2023)

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    Semantics, Metamodels, and Ontologies

    Ontologies and metamodels define a controlled domain vocabulary and are foundational to MBSE…

    Michael Sievers in Handbook of Model-Based Systems Engineering (2023)

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    Model-Based Human Systems Integration

    Human systems integration (HSI) is an essential field of systems engineering (SE) that emerged, departs, and encompasses from its initial components that are human factors and ergonomics, human-computer intera...

    Guy André Boy in Handbook of Model-Based Systems Engineering (2023)

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    Multi-model-Based Decision Support in Pandemic Management

    The ongoing COVID-19 pandemic has drawn the world’s attention to several shortcomings in the planning and decision-making infrastructure, testing facilities, and other pandemic response capabilities and measur...

    A. M. Madni, Norman Augustine, C. C. Madni… in Handbook of Model-Based Systems Engineering (2023)

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    Model-Based Mission Assurance/Model-Based Reliability, Availability, Maintainability, and Safety (RAMS)

    Among all the disciplinary analyses performed during the development of a new aircraft, reliability and safety play the most important role for the certification and operation of the aircraft. Traditionally, r...

    Luca Boggero, Marco Fioriti… in Handbook of Model-Based Systems Engineering (2023)

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    Exploiting Transdisciplinarity in MBSE to Enhance Stakeholder Participation and Increase System Life Cycle Coverage

    As MBSE continues to extend its reach into the later phases of the systems life cycle, it is becoming apparent that MBSE has much to gain by leveraging concepts from other disciplines such as decision analysis...

    Azad M. Madni in Handbook of Model-Based Systems Engineering (2023)

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    Pattern-Based Methods and MBSE

    are recurring regularities, having fixed and variable parts, across engineered systems, systems of engineering, production, distribution, and sustainment, as well as the natural world. Ranging from concrete p...

    William D. Schindel in Handbook of Model-Based Systems Engineering (2023)

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    MBSE in Architecture Design Space Exploration

    Architecting decisions play a large role in the final system performance. However, the architecting process suffers from a combinatorial explosion of alternatives, often requiring judgment based on expert expe...

    J. H. Bussemaker, Pier Davide Ciampa in Handbook of Model-Based Systems Engineering (2023)

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    Develo** Industry 4 Systems with OPM ISO 19450 Augmented with MAXIM

    Industry 4.0 and the transition to digital engineering go hand-in-hand, mandating a paradigm shift for model-based systems engineering. In this chapter, we discuss what this new environment requires in terms o...

    D. Dori in Handbook of Model-Based Systems Engineering (2023)

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    A Reuse Framework for Mode-Based Systems Engineering

    Reuse in system development is a prevalent phenomenon. However, how reuse is applied varies widely. The Generalized Reuse Framework is a strategic reuse model for systems engineering management in product deve...

    Gan Wang in Handbook of Model-Based Systems Engineering (2023)

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    Semantic Modeling for Power Management Using CAESAR

    Model-based systems engineering (MBSE) aims to bring rigor to the products and methods used in systems engineering similar to the benefits that computer-aided design (CAD) technologies have delivered to other ...

    D. A. Wagner, M. Chodas, M. Elaasar… in Handbook of Model-Based Systems Engineering (2023)

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    MBSE for Acquisition

    Model-Based Systems Engineering (MBSE) is a rapidly advancing practice of systems engineering that employs descriptive system models as the foundation for knowledge capture and sharing within collaborative sys...

    R. A. Noguchi, R. J. Minnichelli in Handbook of Model-Based Systems Engineering (2023)

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    NSOSA: A Case Study in Early Phase Architecting

    Systems engineering happens throughout a system’s lifecycle, including at its earliest conceptual phases. Systems engineering can be based on models in the earliest phases. Choice of model and method must adap...

    M. W. Maier in Handbook of Model-Based Systems Engineering (2023)

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    Perspectives on SE, MBSE, and Digital Engineering: Road to a Digital Enterprise

    Model-based Systems Engineering (MBSE) is a promising advance in systems engineering. Systems Engineering (SE) has a new mindset and a new set of tools. Models and algorithms partially replace empirical intuit...

    H. Stoewer in Handbook of Model-Based Systems Engineering (2023)

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    Handbook of Model-Based Systems Engineering

    Azad M. Madni, Norman Augustine… (2023)

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    Category Theory

    Category theory (CT) is a branch of mathematics concerned with the representation and composition of structured relationships. Recent interest in systems engineering (SE) stems from the possibility that CT mig...

    S. Breiner, E. Subrahmanian, R. D. Sriram in Handbook of Model-Based Systems Engineering (2023)

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    SysML State of the Art

    This chapter focuses on state-of-the-art applications of SysML. A few example applications are selected to illustrate the power of the SysML language and the breadth of possible problems that can be tackled wi...

    B. Bagdatli, S. Cimtalay, T. Fields… in Handbook of Model-Based Systems Engineering (2023)

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