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Prentice Hall
Systems Engineering and Analysis

Systems Engineering and Analysis

by Benjamin S. Blanchard
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This practical introduction to Systems Engineering provides systems engineers and analysts with the concepts, methodologies, models and tools needed to understand and implement the systems approach. It views systems from a top-down, integrated, life-cycle perspective, evolving in coverage from the identification of a consumer need to design and development, production/construction, distribution, system utilization and support, retirement, and material recycling and/or disposal.

Product Details

ISBN-13: 9780137148431
Publisher: Prentice Hall
Publication date: 03/28/2010
Product dimensions: 6.00(w) x 1.25(h) x 9.00(d)

About the Author

Benjamin S. Blanchard served in the U.S. Air Force for several years during the Korean conflict; spent 17+ years in industry as a design engineer, field service engineer, and engineering manager (Boeing, Sanders Associates, Bendix, and General Dynamics); taught reliability and maintainability courses as an Adjunct Professor, Rochester Institute of Technology (1967-1969); employed at Virginia Tech as Director of Engineering Extension and Assistant Dean of Engineering for Public Service (1970-1997); Chaired Graduate Program in Systems Engineering, Virginia Tech (1979-1997); served as a Visiting Professor at the University of Exeter, UK, teaching logistics engineering courses (1989-1996); served as an Adjunct Professor, University of Virginia, teaching systems engineering (2001); taught courses in systems engineering and logistics engineering at Virginia Tech (1971-2004); served as Professor of Systems Engineering, Portland State University, and taught courses in systems and logistics engineering via the internet (1999-2004); and conducted training programs, seminars, and workshops in systems engineering, logistics, maintenance, and life-cycle costing in 34 different countries (1972-2002). In addition, he has authored and/or co-authored nine different books and a number of monographs, book chapters, and technical papers in systems engineering, logistics engineering, maintainability and maintenance, and life-cycle costing.

Wolter J. Fabrycky - Lawrence Professor Emeritus of Industrial and Systems Engineering at Virginia Polytechnic Institute and State University, Registered Professional Engineer in both Arkansas and Virginia, and Chairman of Academic Applications International, Inc. Fabrycky taught at the University of Arkansas and then Oklahoma State University before becoming Founding Chairman of the Interdisciplinary Systems Engineering Graduate Program, Associate Dean of Engineering, and then Dean of Research, all at Virginia Tech. He is a Fellow in AAAS, ASEE, IIE, and INCOSE. An INCOSE Charter Member, Fabrycky was designated a SE Pioneer (with Ben Blanchard) in 2000. Fabrycky is Founder and President of Omega Alpha, the International Honor Society for Systems Engineering and President Elect of Alpha Pi Mu, the Industrial Engineering Honor Society. He serves or served on the National Boards of APM, ASEE, IIE, INCOSE, and OAA. Received the Distinguished Educator Award from IIE, the Grant and Wellington Awards from ASEE and IIE, and the Lohmann Medal from Oklahoma State. Fabrycky was named a member of the 1978 Engineering Education Delegation to the People's Republic of China, sponsored by the Committee on Scholarly Communication with the PRC. Co-author of six Prentice Hall textbooks and co-editor (with Joe Mize since 1972) of the Prentice Hall International Series in Industrial and Systems Engineering that includes more than 40 titles.

Table of Contents



1. System Definitions and Concepts.
2. Bringing Systems Into Being.


3. Conceptual System Design.
4. Preliminary System Design.
5. Detail Design and Development.
6. System Test and Evaluation.


7. Alternatives and Models in Decision Making.
8. Models for Economic Evaluation.
9. Optimization in Design and Operations.
10. Queuing Theory and Analysis.
11. Control Concepts and Techniques.


12. Design for Reliability.
13. Design for Maintainability.
14. Design for Usability (Human Factors).
15. Design for Supportability (Serviceability).
16. Design for Producibility and Disposability.
17. Design for Affordability (Life-Cycle Cost).


18. Systems Engineering Planning and Organization.
19. Program Management and Control.


A: Analysis and Checklist Methods.
B: Probability Theory and Analysis.
C: Probability and Statistical Tables.
D:Interest Factors Tables.
E: Finite Queuing Tables.
F: Selected Bibliography.

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