System Engineering and Development - Textbook Table of Contents

System Analysis, Design, and Development is composed of Parts 1 and 2, organized into a collection of series, each consisting of one or more chapters on related topics.

Textbook Description


INTRODUCTION


  1. What Is SE?
  2. About this Book


  3. PART 1 - SYSTEM ANALYSIS CONCEPTS


    System Entity Concepts Series

  4. What Is a System?
  5. System Attributes, Characteristics, and Properties
  6. System Roles & Stakeholders
  7. System Acceptability
  8. The System/Product Life Cycle

  9. System Architecture Concepts Series

  10. The Architecture of Systems
  11. System Architecture Levels of Abstraction & Semantics
  12. The System of Interest Architecture
  13. The Operating Environment Architecture
  14. System Interfaces

  15. System Mission Concepts Series

  16. Organizational Roles, Missions, & System Applications
  17. Understanding the Opportunity, Problem, & Solution Spaces
  18. System Interactions with its Operating Environment
  19. Mission Analysis
  20. System Use Cases and Scenarios

  21. System Operations Concepts Series

  22. System Operations Model
  23. System Phases, Modes, & States of Operation
  24. Modeling System & Support Operations

  25. System Capability Concepts Series

  26. System Operational Capability Derivation and Allocation
  27. The Anatomy of a System Capability

  28. System Concept Synthesis

  29. System Analysis Synthesis


  30. PART 2 - SYSTEM DESIGN & DEVELOPMENT PRACTICES


    System Development Strategies Series

  31. The System Development Workflow Strategy
  32. System Design, Integration, and Verification Strategy
  33. The SE Process Model
  34. System Development Models

  35. System Specification Series

  36. Specification Practices
  37. Understanding Specification Requirements
  38. Specification Analysis Practices
  39. Requirements Derivation, Allocation, Flow Down, and Traceability
  40. Specification Development

  41. System Development Series

  42. Operational Utility, Suitability, and Effectiveness Practices
  43. System Design To/For Objectives Practices
  44. System Architecture Development Practices
  45. Requirements Domain Solution Development Practices
  46. Operations Domain Solution Development Practices
  47. Behavioral Domain Solution Development Practices
  48. Physical Domain Solution Development Practices
  49. Component Selection and Development Practices
  50. System Configuration Identification Practices
  51. System Interface Analysis, Design, & Control Practices
  52. Human-System Interface Practices
  53. Engineering Standards, Frames of Reference, & Conventions Practices
  54. System Engineering and Development Documentation Practices

  55. Decision Support Series

  56. Analytical Decision Support Practices
  57. Statistical Influences on System Design Practices
  58. System Performance Analysis, Budgets, & Design Safety Margins Practices
  59. System Reliability, Availability, & Maintainability (RAM) Practices
  60. System Modeling and Simulation
  61. Trade Study Practices

  62. Verification & Validation Series

  63. System Verification & Validation
  64. Technical Review Practices
  65. System, Integration, Test, & Evaluation (SITE) Practices

  66. System Deployment, Operations, & Support Series

  67. System Deployment Practices
  68. System Operations & Support (O&S) Practices
  69. Epilog