Description
Applied Systems Engineering, Second Edition provides a practical, life cycle-based framework for designing, developing, and delivering complex technical systems. Encompassing aerospace, transportation, data infrastructure, and industrial applications it explains how stakeholder and business requirements are transformed into coherent, verifiable architectures that meet performance, cost, and scheduling objectives.
Drawing on the complete system life cycle, this timely edition details the integration of stakeholder requirements, functional and physical architectures, design, development, verification and validation and management strategies across the conceptual, preliminary, detailed design and construction/production phases. It provides the foundations of modern systems engineering management, linking life cycle planning, configuration control, and performance assessment with practical tools such as requirement traceability, system modeling, and risk-based decision making. Through disciplined, life cycle-based approaches, practitioners learn to anticipate integration challenges and apply processes that prevent costly overruns and performance shortfalls. Later chapters expand this foundation to include contemporary development methodologies like waterfall, incremental, evolutionary, spiral, and Agile, detailing their implications for engineering management, assurance, and logistics.
Combining philosophical insight with hands-on techniques, this essential reference provides project managers, systems engineers, quality and logistics professionals, and advanced students with a blueprint for reducing risk, controlling complexity, and achieving performance, cost, and schedule objectives across the entire system life cycle of large-scale engineering systems.
Table Of Contents
1 INTRODUCTION TO SYSTEMS ENGINEERING
1.1 What is a System?
1.2 System Life Cycle
1.3 Acquisition and Utilization Phases
1.4 Systems Engineering and Development Approaches
1.5 What is Systems Engineering?
1.6 Systems Engineering Relevance
1.7 Systems Engineering Benefits
1.8 Analysis, Synthesis, and Evaluation
1.9 A Systems Engineering Framework
1.10 Summary
1.11 Revision Questions
2 REQUIREMENTS ENGINEERING FRAMEWORK
2.1 Introduction
2.2 What Is Requirements Engineering?
2.3 Requirements Elicitation and Elaboration
2.4 Requirements Validation
2.5 Requirements Documentation
2.6 Requirements Management
2.7 Requirements-Engineering Tools
2.8 Summary
2.9 Review Questions
3 CONCEPTUAL DESIGN
3.1 Introduction
3.2 C1—Define Business Needs and Requirements
3.3 C2—Define Stakeholder Needs and Requirements
3.4 C3—Define System Requirements
3.5 C4—Conduct System-Level Synthesis
3.6 C5—Conduct System Design Review (SDR)
3.7 Review Questions
4 PRELIMINARY DESIGN
4.1 Introduction
4.2 Subsystem Requirements Analysis
4.3 Requirements Allocation
4.4 RBS versus WBS
4.5 Interface Identification and Design
4.6 Subsystem-Level Synthesis and Evaluation
4.7 Preliminary Design Review (PDR)
4.8 Tools
4.9 Review Questions
5 DETAILED DESIGN AND DEVELOPMENT
5.1 Introduction
5.2 Detailed Design Requirements
5.3 Detailed Design of Hardware
5.4 Detailed Design of Software
5.5 Integrating System Elements
5.6 Detailed Design Reviews
5.7 Review Questions
6 CONSTRUCTION AND/OR PRODUCTION
6.1 Introduction
6.2 Production Requirements
6.3 Engineering Management Issues
6.4 Review Questions
7 OPERATIONAL USE AND SYSTEM SUPPORT
7.1 Introduction
7.2 Failure Reporting, Analysis and Corrective Action System (FRACAS)
7.3 Retirement
7.4 A Final Thought: Systems Engineering and Sustainable Development
7.5 Review Questions
8 SYSTEMS ENGINEERING MANAGEMENT
8.1 Introduction
8.2 Technical Review and Audit Management
8.3 Test and Evaluation
8.4 Technical Risk Management
8.5 Configuration Management
8.6 Specifications and Standards
8.7 Systems Engineering Management Planning
8.8 Review Questions
9 SYSTEMS ENGINEERING STANDARDS
9.1 Standards
9.2 Review Questions
10 RELATED DISCIPLINES
10.1 Introduction
10.2 Project Management
10.3 Quality Assurance
10.4 Integrated Logistics Support
10.5 Operations
10.6 Software Engineering
10.7 Hardware Engineering
10.8 Review Questions
11 SYSTEMS ENGINEERING AND DEVELOPMENT APPROACHES
11.1 Introduction
11.2 Waterfall Development
11.3 Incremental Development
11.4 Evolutionary Development
11.5 Prototyping and System Development
11.6 Spiral Development Model
11.7 Agile Development
11.8 Summary
11.9 Review Questions
GLOSSARY
INDEX