Outline

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• Outline

  • Table of Contents
  • Part 1: SEBoK Introduction
    • Introduction to the SEBoK
      • Scope of the SEBoK
      • Structure of the SEBoK
    • Introduction to Systems Engineering
      • Systems Engineering Overview
      • Brief History of Systems Engineering
      • Systems Engineering Principles
      • Systems Engineering Heuristics
      • Economic Value of Systems Engineering
      • Systems Engineering: Historic and Future Challenges
      • Systems Engineering and Other Disciplines
      • Systems Engineering Core Concepts
    • SEBoK Users and Uses
      • Use Case 0: Systems Engineering Novices
      • Use Case 1: Practicing Systems Engineers
      • Use Case 2: Other Engineers
      • Use Case 3: Customers of Systems Engineering
      • Use Case 4: Educators and Researchers
      • Use Case 5: General Managers
  • Part 2: Foundations of Systems Engineering
    • Systems Fundamentals
      • Introduction to System Fundamentals
      • Types of Systems
      • Complexity
      • Emergence
      • Fundamentals for Future Systems Engineering
    • Systems Approach Applied to Engineered Systems
      • Overview of Systems Approaches
      • Engineered System Context
      • Identifying and Understanding Problems and Opportunities
      • Synthesizing Possible Solutions
      • Analysis and Selection between Alternative Solutions
      • Implementing and Proving a Solution
      • Deploying, Using, and Sustaining Systems to Solve Problems
      • Applying the Systems Approach
    • Systems Science
      • History of Systems Science
      • Cycles and the Cyclic Nature of Systems
      • Systems Approaches
    • Systems Thinking
      • What is Systems Thinking?
      • Concepts of Systems Thinking
      • Principles of Systems Thinking
      • Patterns of Systems Thinking
    • Representing Systems with Models
      • What is a Model?
      • Why Model?
      • Types of Models
      • System Modeling Concepts
      • Integrating Supporting Aspects into System Models
      • Modeling Standards
  • Part 3: SE and Management
    • Introduction to Life Cycle Processes
      • Generic Life Cycle Model
      • Applying Life Cycle Processes
      • Life Cycle Processes and Enterprise Need
    • Life Cycle Models
      • Life Cycle Process Drivers and Choices
      • Life Cycle Process Models: Vee
      • Life Cycle Process Models: Iterative
      • Integration of Process
      • Lean Engineering
    • Concept Definition
      • Business or Mission Analysis
      • Mission Engineering
      • Stakeholder Needs and Requirements
    • System Definition
      • System Requirements
      • System Architecture
      • Logical Architecture Model Development
      • Physical Architecture Model Development
      • System Design
      • System Analysis
    • System Realization
      • System Implementation
      • System Integration
      • System Verification
      • System Validation
    • System Deployment and Use
      • System Deployment
      • Operation of the System
      • System Maintenance
      • Logistics
    • Systems Engineering Management
      • Planning
      • Assessment and Control
      • Risk Management
      • Measurement
      • Decision Management
      • Configuration Management
      • Information Management
      • Quality Management
    • Product and Service Life Management
      • Service Life Extension
      • Updates, Upgrades, and Modernization
      • Disposal and Retirement
    • Systems Engineering Standards
      • Relevant Standards
      • Alignment and Comparison
      • Application
  • Part 4: Applications of Systems Engineering
    • Product Systems Engineering
      • Product SE Background
      • Product as a System Fundamentals
      • Relate Business Activities
      • Product SE Key Aspects
      • Product SE Special Activities
    • Service Systems Engineering
      • Service Systems Background
      • Fundamentals of Services
      • Properties of Services
      • Scope of Service Systems Engineering
      • Value of Service Systems Engineering
      • Service Systems Engineering Stages
    • Enterprise Systems Engineering
      • Enterprise SE Background
      • The Enterprise as a System
      • Related Business Activities
      • Enterprise SE Key Concepts
      • Enterprise SE Process Activities
      • Enterprise Capability Management
    • Systems of Systems (SoS)
      • Architecting Approaches for SoS
      • Socio-Technical Features of SoS
      • Capability Engineering
    • Healthcare Systems Engineering
      • Overview of the Healthcare Sector
      • Systems Engineering in Healthcare Delivery
      • Systems Biology
      • Lean in Healthcare
  • Part 5: Enabling Systems Engineering
    • Enabling Businesses and Enterprises
      • SE Organizational Strategy
      • Determining Needed Capabilities
      • Organizing Business to Perform SE
      • Assessing SE Performance
      • Developing SE Capabilities
      • Culture
    • Enabling Teams
      • Team Capability
      • Team Dynamics
      • Diversity, Equity, and Inclusion
      • Technical Leadership in SE
    • Enabling Individuals
      • Roles and Competencies
      • Assessing Individuals
      • Developing Individuals
      • Ethical Behavior
  • Part 6: Related Disciplines
    • Systems Engineering and Environmental Engineering
    • Systems Engineering and Geospatial/Geodetic Engineering
      • Overview of Geospatial/Geodetic Engineering
      • Relationship between Systems Engineering and Geospatial/Geodetic Engineering
    • Systems Engineering and Industrial Engineering
    • Systems Engineering and Project Management
      • The Nature of Project Management
      • An Overview of the PMBOK® Guide
      • Relationships between Systems Engineering and Project Management
      • The Influence of Project Structure and Governance on Systems Engineering and Project Management Relationships
      • Procurement and Acquisition
      • Portfolio Management
    • Systems Engineering and Software Engineering
      • Software Engineering in the Systems Engineering Life Cycle
      • The Nature of Software
      • An Overview of the SWEBOK Guide
      • Key Points a Systems Engineer Needs to Know about Software Engineering
      • Software Engineering Features - Models, Methods, Tools, Standards, and Metrics
    • Systems Engineering and Quality Attributes
      • Human Systems Integration
      • Manufacturability and Producibility
      • System Affordability
      • System Hardware Assurance
      • System Reliability, Availability, and Maintainability
      • System Resilience
      • System Resistance to Electromagnetic Interference
      • System Safety
      • System Security
  • Part 7: SE Implementation Examples
    • Matrix of Implementation Examples
    • Implementation Examples
    • Defense System Examples
      • Submarine Warfare Federated Tactical Systems
      • Virginia Class Submarine
    • Information System Examples
      • Complex Adaptive Taxi Service Scheduler
      • Successful Business Transformation
      • FBI Virtual Case File System
    • Management System Examples
      • Project Management for a Complex Adaptive Operating System
    • Medical System Examples
      • Next Generation Medical Infusion Pump
      • Medical Radiation
      • Design for Maintainability
    • Space System Examples
      • Global Positioning System
      • Global Positioning System II
      • Russian Space Agency Project Management Systems
      • Cassini/Huygens
      • Hubble Space Telescope
      • Applying MB Approach for 30 Meter Telescope
      • MSTI Spacecraft
      • Apollo 1 Disaster
    • Transportation System Examples
      • Denver Baggage Handling
      • FAA Advanced Automation System
      • FAA NextGen
      • UK Route Modernisation
      • Korean Light Transit System
    • Utilities Examples
      • Northwest Hydro System
      • Singapore Water Management
  • Part 8: Emerging Knowledge
    • Emerging Topics
      • Socio-technical Systems
      • Artificial Intelligence
      • Verification and Validation of Systems in Which AI is a Key Element
      • Transitioning Systems Engineering to a Model-based Discipline
      • Model-Based Systems Engineering Adoption Trends 2009-2018
      • Digital Engineering
      • Set-Based Design
    • Emerging Research