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This textbook continues to fill the need for a systems engineering design textbook specifically written for students from a large variety of backgrounds—engineering, human factors, psychology, and physiology fields. These students need to learn about systems engineering, without it being too technical or at too much of a higher conceptual level for them. This new edition continues to give students exposure to the systems and systems engineering concepts they need and offers just enough technical expertise to use and apply what they have learned.
Systems Engineering: Design Principles and Models, Second Edition, is completely updated and offers an overview of systems concepts with emphasis on the system life cycle. It provides a comprehensive overview of systems design processes and all activities involved, along with a review of systems analysis and modeling tools and techniques used. The updated textbook includes exercises and examples/case studies to illustrate real-world applications after each chapter. Emphasis is placed on the human element in systems design.
With more complex systems being designed and utilized, understanding concepts of systems and mastering systems engineering methods are of utmost importance for systems designers. The complexity exists in all levels of systems and their subsystems, even components that makes the design of an efficient system challenging. Guided by systems science, systems engineering applies the scientific theories and models, incorporate the factors of system elements, including human, machines and environments into unified models, to analyze the effects of various system elements on system behaviors, which in turn seek the optimum course of actions for designing these complex systems. Systems engineering is a multi-disciplinary in nature, integrating concepts, models and techniques from a number of disciplines, including natural science, social science and engineering at both basic research and applied research levels. For the past several decades, systems engineering has grown rapid in its scope and application and shown significant benefits for design large complex systems.
This book is specifically written as a textbook for undergraduate, first-year graduate students, and those who have little or no engineering background. It enables them to learn about systems engineering and is a great book for those who will get involved in systems engineering and design and need to work with engineers in various fields, including project managers, human factors engineers, aerospace and aviation professionals, usability engineers, mechanical and electrical engineers, software engineers, and human factors professionals. This book can also be used as an introduction to systems engineering for professionals.
PowerPoint slides, along with a solutions manual, are available for all qualified textbook adoptions.
Contents:
Section I: Systems and Systems Engineering Concepts
ntroduction: Systems and Systems Engineering
Systems Life Cycle and Design Processes
Section II: Systems Methods, Models, and Analytical Techniques
Systems Requirement Analysis
Functional Analysis and System Design Models
System Technical Performance Measures
Decision-Making Models in Systems Engineering
System Optimization Models
Process Modeling Using Queuing Theory and Simulation
Engineering Economy in Systems Engineering
Section III: Systems Management and Control Methods
Systems Management and Control
Appendix I Introduction to Probability and Statistics
Appendix II Cumulative Normal Distribution Table
Appendix III Interest Factor Tables
Bibliography
Index
