Fundamentals of Systems Engineering for Defense Systems Applications. Electromagnetics and Radar - Product Image

Fundamentals of Systems Engineering for Defense Systems Applications. Electromagnetics and Radar

  • ID: 3528122
  • Book
  • IET Books
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Fundamentals of Systems Engineering for Defense Systems Applications is a user guide to systems engineering with an emphasis on applications in the defence sector and a practical approach based on putting the theory and tools to work in real-life situations.

The book is split into four sections to provide a complete introduction to systems engineering theory and practice: (i) core systems engineering processes; (ii) applications of core processes; (iii) advanced topics in systems engineering; and (iv) systems engineering management and development.

Topics covered include:

- an introduction to systems engineering
- the phases of systems engineering
- system trade studies
- performance-driven requirements
- system performance evaluation
- architecting process
- program complexity evaluation
- use of leading indicators
- systems engineering tools
- service-oriented architectures
- net-centric systems
- proven systems engineering management techniques & sample work products
- developing and maintaining systems engineers' skills and competencies
- model-based systems engineering and agile development
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- Part I: Core Systems Engineering Processes
- Chapter 1: What is Systems Engineering?
- Chapter 2: Phases of Systems Engineering
- Chapter 3: System Trade Studies
- Chapter 4: Performance-Driven Requirements
- Chapter 5: System Performance Evaluation
- Chapter 6: Architecting Process
- Chapter 7: Program Complexity Evaluation
- Chapter 8: Use of Leading Indicators
- Chapter 9: Systems Engineering Tools

- Part II: Applications of Core SE Processes
- Chapter 10:Case Studies

- Part III: Advanved Topics in Systems Engineering
- Chapter 11: Service-Oriented Architectures
- Chapter 12: Net-Centric Systems

- Part IV: Systems Engineering Management & Development
- Chapter 13: Proven Systems Engineering Management Techniques & Sample Work Products
- Chapter 14: Developing and Maintaining Systems Engineers’ Skills and Competencies
- Chapter 15: Model-Based Systems Engineering and Agile Development

- Appendix A: Systems Engineering Laws
- Appendix B: Writing Good Technical Documents
- Appendix C: Heuristics for Systems Engineering
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Thomas W. Jeffrey Principal Engineering Fellow.
Raytheon Integrated Defense Systems (IDS), USA.

Tom Jeffrey is a Principal Engineering Fellow at Raytheon Integrated Defense Systems (IDS). He has over thirty-five years of broad experience in systems engineering covering all phases of design and development, has led systems engineering teams, developed systems engineering training and serves as a mentor to new systems engineers. Tom has taught a number of radar and systems engineering-related courses at Raytheon and is also the author of Phased-Array Radar Design: Applications of Radar Fundamentals, SciTech, 2009.

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