Essential Architecture and Principles of Systems Engineering
- Available for pre-order. Item will ship after September 16, 2021
This book is for everyone interested in systems and the modern practice of engineering. The revolution in engineering and systems that has occurred since Architecture and Principles of Systems Engineering (2009) has led to an expansive advancement of systems engineering tools and languages over the past decade. A new age of information intensive complex systems has arrived with new challenges in a global business market. Science and information technology must now converge into a cohesive multidisciplinary approach to the engineering of systems if products and services are to be useful and competitive.
For the non-specialist and even for practicing engineers, the subject of systems engineering remains cloaked in jargon and a sense of mystery. This need not be the case for any reader of this book and for students no matter what their background is. The concepts of architecture and systems engineering put forth are simple and intuitive. Readers and the student of engineering will be guided into an understanding of the fundamental principles of architecture and systems, and how to put them into engineering practice.
This book offers a practical engineering perspective that is reflected in case studies of real world systems that are motivated by tutorial examples. The book embodies a decade of research and very successful academic instruction to post graduate students that includes practicing engineers. The material has been continuously improved and evolved from its basis in defence and aerospace towards the engineering of commercial systems with an emphasis on speed and efficiency. Most recently the concepts, processes and methods in this book are being applied to the commercialisation of wireless charging for electric vehicles.
As a postgraduate or professional development course of study, this book will lead you into the modern practice of architecture and systems in the twenty-first century. Much more than a textbook though, Essential Architecture and Principles of Systems Engineering challenges readers and students alike to think about the world differently, while providing them a useful reference book with practical insights for exploiting the power of architecture and systems.
Table of Contents
Section 1 Architecture and Systems in the 21st Century
2 Logical and Scientific Approach
3 Concepts, Standards, and Terminology
4 Structured Methods
Section 2 Tutorial Case Study: End-to-End Demonstration
5 Tutorial 1: Air Traffic Control System Essential Model
6 Tutorial 2: Air Traffic Control System Architecture
7 Tutorial 3: Air Traffic Control System Final Solution
Section 3 Modelling Languages
8 Functionality and Behaviour
9 Structure and Interoperation
10 SysML Extensions
Section 4 Case Studies for Practice and Practitioners
11 Traffic Management System of Systems Architecture
12 System of Actuator Systems Architecture
Annex 1: Essential Mathematics
Annex 2: Logical Modelling of Language
Annex 3: Terminology for Architecture and Systems
Annex 4: Research Impact and Commercialisation
Annex 5: Using This Book for a One Semester Module of Lectures
Charles E. Dickerson is Professor and Chair of Systems Engineering at Loughborough University in the United Kingdom. His appointment as the Royal Academy of Engineering Chair of Systems Engineering in 2007 began a transition into a sharply focused programme of research after 25 years’ experience in aerospace and defence systems in the United States. His aerospace and defence experience includes the Lockheed Skunkworks and Northrop Advanced Systems in the United States. He was a member of the Research Staff in Lincoln Laboratory at the Massachusetts Institute of Technology. He has served secondments as the Aegis Systems Engineer for the US Navy Ballistic Missile Defence programme and then as the Director of Architecture for the Chief Engineer in the Office of the Assistant Secretary of the Navy for Research, Development, and Acquisition. Before coming to the UK, he was a Technical Fellow with BAE Systems in the United States.
Siyuan Ji is a Lecturer of Safety-Critical Systems Engineering in the Department of Computer Science at the University of York in the United Kingdom. His research and teaching are focused on model-based safety assessment and assurance. In his academic duties, he has worked closely with both the aerospace and automotive industries to include BAE Systems and Jaguar Land Rover. He also works closely with the Object Management Group and was the task force lead for the UML Profile for ROSETTA (UPR) that was adopted in 2018. The Relational Oriented Systems Engineering Technology Trade-off and Analysis framework (ROSETTA) is foundational to the methodologies in this book. Dr Ji is also an active member of the IEEE with several publications in the Systems Journa