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Agile Model-Based Systems Engineering Cookbook

Agile Model-Based Systems Engineering Cookbook

By : Dr. Bruce Powel Douglass
4.8 (9)
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Agile Model-Based Systems Engineering Cookbook

Agile Model-Based Systems Engineering Cookbook

4.8 (9)
By: Dr. Bruce Powel Douglass

Overview of this book

Agile MBSE can help organizations manage constant change and uncertainty while continuously ensuring system correctness and meeting customers’ needs. But deploying it isn’t easy. Agile Model-Based Systems Engineering Cookbook is a little different from other MBSE books out there. This book focuses on workflows – or recipes, as the author calls them – that will help MBSE practitioners and team leaders address practical situations that are part of deploying MBSE as part of an agile development process across the enterprise. Written by Dr. Bruce Powel Douglass, a world-renowned expert in MBSE, this book will take you through important systems engineering workflows and show you how they can be performed effectively with an agile and model-based approach. You’ll start with the key concepts of agile methods for systems engineering, but we won’t linger on the theory for too long. Each of the recipes will take you through initiating a project, defining stakeholder needs, defining and analyzing system requirements, designing system architecture, performing model-based engineering trade studies, all the way to handling systems specifications off to downstream engineering. By the end of this MBSE book, you’ll have learned how to implement critical systems engineering workflows and create verifiably correct systems engineering models.
Table of Contents (8 chapters)
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Deployment architecture II – interdisciplinary interfaces

One of the most common points of failure in the development of embedded systems is inadequately nailing down the interdisciplinary interfaces, especially the electronics-software interfaces. These interfaces inform related disciplines about common expectations regarding the structure and behavior of those interfaces. Left to their own devices (so to speak), software engineers will develop interfaces that are easy for software implementation, while electronics engineers will develop interfaces that simplify the electronic design. Interdisciplinary interfaces are best developed cooperatively with all the contributing engineering disciplines present.

In my experience, it is best to develop these interfaces early to set expectations and freeze these interfaces under configuration management. This is important even if some of the details may change later. When it becomes obvious during the development of a facet that an...

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