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AI Assisted MBSE with SysML

AI Assisted MBSE with SysML

The book highlights the significance of software in systems engineering and uses AI as a subject matter expert. It presents a comprehensive example that covers SysML modeling, including requirements, use cases, logical/ physical architecture, and parametric simulation. It then continues into software, leveraging AI's code generation capabilities to produce software including microcontroller, UI, and DMBS code. It introduces a variety of personas and agents that can help engineers communicate with AI about systems and software engineering.

The book also introduces SysML v2, focusing on the new language model and exploring AI's ability to generate models via code generation. Perhaps most importantly, it provides a straightforward roadmap for hardware/software co-design, accelerated at every step by AI.

Whether you're a systems or software engineer, or just interested in how to use AI for engineering, AI Assisted MBSE with SysML will prove to be a valuable guide.

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About the Book

Unlock the potential of Model-Based Systems Engineering (MBSE) and Artificial Intelligence in “AI Assisted MBSE with SysML: An Integrated Systems/Software Approach.” Authored by experts Doug Rosenberg, Tim Weilkiens, and Brian Moberley, this book bridges systems and software engineering, offering a holistic approach to modern engineering challenges.

Explore the integration of AI and MBSE with SysML to enhance systems and software design processes. This book provides practical insights and methodologies for leveraging AI in MBSE, making it a resource for engineers, developers, and technical managers. Follow a comprehensive example, the design of a Scanning Electron Microscope, covering both hardware and software development from start to finish.

Key Features:

  • Comprehensive AI Integration: Understand how AI can be integrated into MBSE practices to boost efficiency and accuracy.
  • Practical Example: Follow a end-to-end case study of a Scanning Electron Microscope to see AI-assisted MBSE in action.
  • AI Personas: Learn how to interact with various AI personas specialized in different aspects of engineering.
  • SysML v1 and SysML v2: Get up-to-date with the latest advancements in SysML.
  • Expert Insights: Benefit from the combined expertise of Doug Rosenberg, Tim Weilkiens, and Brian Moberley, each a thought leader in their field.
  • Systems Engineering: Requirements modeling, domain modeling, logical/physical architecture, parametric simulation.
  • Software Engineering: Use case development, code generation for microcontroller code, UI design/wireframing, DBMS integration, and testing.

About the Authors:

Doug Rosenberg, founder and CEO of Parallel Agile Inc., has over three decades of experience in software and systems engineering. A pioneer in object-oriented design and a leader in MBSE, Doug offers invaluable insights into integrating AI and systems engineering.

Tim Weilkiens, a prominent MBSE consultant, trainer, and member of the executive board of oose, has extensive involvement in the development of SysML and MBSE methodologies.

Brian Moberley, the Chief Model-Based Systems Engineer at STC, an Arcfield Company, is a leading expert in modeling and simulation. His expertise spans defense systems, commercial projects, and digital transformation.

Foreword by Dr. Azad M. Madni: Gain insights from a renowned expert in systems engineering and artificial intelligence as he highlights the importance of bridging systems and software engineering through AI.

Details
Authors: Doug Rosenberg, Tim Weilkiens, Brian Moberley
Genre: Engineering
Tags: MBSE, Recommended Books
Publisher: MBSE4U
Publication Year: 2024
ASIN: B0D8JH45X6
ISBN: 9783982223568
Doug Rosenberg

Without software there is no system.

Doug Rosenberg is the founder and CEO of Parallel Agile, Inc., and has been a thought leader in software and systems engineering and object-oriented design for more than 3 decades. AI Assisted MBSE (AIM) is his 9th book.

He founded and managed ICONIX Software Engineering from 1984 until 2014.  His work in the 1990s included integrating the modeling approaches of Booch, Rumbaugh, and Jacobson several years before the creation of UML.  This integrated approach is known as the ICONIX Process.

For the last decade, he has been on a mission to integrate systems engineering and software engineering since virtually every system being built involves software, yet many systems engineering approaches fail to consider software.   AIM is a major step towards that goal.

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