SEBoK Table of Contents

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TODOs 253

av Gary Sibbitts

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av Ragubavan Sathurtheha

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av Matt Witt

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SEBoK Table of Contents

References

Image Sources, Licenses and Contributors 1072

Article Sources and Contributors 1066

Part 8: Emerging Knowledge 1039

Emerging Research 1063

Emerging Topics 1041

Model-Based Systems Engineering Adoption Trends 2009-2018 1054

Set-Based Design 1049

Digital Engineering 1047

Transitioning Systems Engineering to a Model-based Discipline 1044

Introduction to SE Transformation 1042

Emerging Knowledge 1039

Part 7: Systems Engineering Implementation Examples 924

Utilities Examples 1031

Singapore Water Management 1036

Northwest Hydro System 1031

Transportation System Examples 1016

Standard Korean Light Transit System Vignette 1027

UK West Coast Route Modernisation Project 1025

Federal Aviation Administration Next Generation Air Transportation System 1020

FAA Advanced Automation System (AAS) 1018

Denver Airport Baggage Handling System 1016

Space System Examples 977

Apollo 1 Disaster 1011

Miniature Seeker Technology Integration Spacecraft 1009

Telescope 1001

Applying a Model-Based Approach to Support Requirements Analysis on the Thirty-Meter

Hubble Space Telescope 998

Saturn 993

How Lack of Information Sharing Jeopardized the NASA/ESA Cassini/Huygens Mission to

Russian Space Agency Project Management Systems 988

Global Positioning System Case Study II 981

Global Positioning System Case Study 977

Medical System Examples 966

Design for Maintainability 974

Medical Radiation 971

Next Generation Medical Infusion Pump 966

Management System Examples 961

Project Management for a Complex Adaptive Operating System 961

Information System Examples 944

FBI Virtual Case File System 957

Successful Business Transformation within a Russian Information Technology Company 950

Complex Adaptive Taxi Service Scheduler 944

Defense System Examples 934

Virginia Class Submarine 940

Submarine Warfare Federated Tactical Systems 934

Implementation Examples 931

Matrix of Implementation Examples 927

Systems Engineering Implementation Examples 924

Part 6: Related Disciplines 814

Knowledge Area: Systems Engineering and Industrial Engineering 859

Environmental Engineering 917

Affordability 913

Manufacturability and Producibility 911

System Resilience 899

Electromagnetic Interference/Electromagnetic Compatibility 892

Security Engineering 887

Safety Engineering 883

Human Systems Integration 876

Reliability, Availability, and Maintainability 862

Systems Engineering and Specialty Engineering 859

Knowledge Area: Systems Engineering and Project Management 839

Procurement and Acquisition 853

Management Relationships 848

The Influence of Project Structure and Governance on Systems Engineering and Project

Relationships between Systems Engineering and Project Management 845

An Overview of the PMBOK® Guide 843

The Nature of Project Management 840

Systems Engineering and Project Management 839

Knowledge Area: Systems Engineering and Software Engineering 816

Software Engineering Features - Models, Methods, Tools, Standards, and Metrics 835

Key Points a Systems Engineer Needs to Know about Software Engineering 829

An Overview of the SWEBOK Guide 825

The Nature of Software 823

Software Engineering in the Systems Engineering Life Cycle 818

Systems Engineering and Software Engineering 816

Related Disciplines 814

Part 4: Applications of Systems Engineering 529

Knowledge Area: Healthcare Systems Engineering 689

Lean in Healthcare 709

Systems Biology 705

Systems Engineering in Healthcare Delivery 700

Overview of the Healthcare Sector 696

Healthcare Systems Engineering 689

Knowledge Area: Systems of Systems (SoS) 669

Capability Engineering 686

Socio-Technical Features of Systems of Systems 682

Architecting Approaches for Systems of Systems 676

Systems of Systems (SoS) 669

Knowledge Area: Enterprise Systems Engineering 616

Enterprise Capability Management 663

Enterprise Systems Engineering Process Activities 654

Enterprise Systems Engineering Key Concepts 648

Related Business Activities 640

The Enterprise as a System 632

Enterprise Systems Engineering Background 623

Enterprise Systems Engineering 616

Knowledge Area: Service Systems Engineering 576

Service Systems Engineering Stages 609

Value of Service Systems Engineering 603

Scope of Service Systems Engineering 598

Properties of Services 594

Fundamentals of Services 587

Service Systems Background 581

Service Systems Engineering 576

Knowledge Area: Product Systems Engineering 530

Product Systems Engineering Special Activities 569

Product Systems Engineering Key Aspects 558

Business Activities Related to Product Systems Engineering 554

Product as a System Fundamentals 547

Product Systems Engineering Background 539

Product Systems Engineering 530

Part 3: Systems Engineering and Managemen 226

Knowledge Area: Systems Engineering Standards 513

Application of Systems Engineering Standards 525

Alignment and Comparison of the Standards 519

Relevant Standards 514

Systems Engineering Standards 513

Knowledge Area: Product and Service Life Management 488

Disposal and Retirement 507

Capability Updates, Upgrades, and Modernization 499

Service Life Extension 493

Product and Service Life Management 488

Knowledge Area: Systems Engineering Management 428

Quality Management 482

Information Management 476

Configuration Management 470

Decision Management 458

Measurement 449

Risk Management 440

Assessment and Control 435

Planning 430

Systems Engineering Management 428

Knowledge Area: System Deployment and Use 409

Logistics 421

System Maintenance 418

Operation of the System 415

System Deployment 411

System Deployment and Use 409

Knowledge Area: System Realization 370

System Validation 398

System Verification 390

System Integration 380

System Implementation 375

System Realization 370

Knowledge Area: System Definition 316

System Analysis 363

System Design 358

Physical Architecture Model Development 350

Logical Architecture Model Development 341

System Architecture 332

System Requirements 322

System Definition 316

Knowledge Area: Concept Definition 298

Stakeholder Needs and Requirements 308

Business or Mission Analysis 301

Concept Definition 298

Knowledge Area: Life Cycle Models 243

Lean Engineering 295

Integration of Process and Product Models 284

System Life Cycle Process Models: Iterative 265

System Life Cycle Process Models: Vee 253

System Life Cycle Process Drivers and Choices 248

Life Cycle Models 243

Knowledge Area: Introduction to Life Cycle Processes 227

Life Cycle Processes and Enterprise Need 239

Applying Life Cycle Processes 232

Generic Life Cycle Model 229

Introduction to Life Cycle Processes 227

Part 2: Foundations of Systems Engineering 78

Knowledge Area: Representing Systems with Models 197

Modeling Standards 222

Integrating Supporting Aspects into System Models 215

System Modeling Concepts 212

Types of Models 207

Why Model? 204

What is a Model? 199

Representing Systems with Models 197

Knowledge Area: Systems Thinking 170

Patterns of Systems Thinking 188

Principles of Systems Thinking 182

Concepts of Systems Thinking 177

What is Systems Thinking? 173

Systems Thinking 170

Knowledge Area: Systems Science 155

Systems Approaches 164

History of Systems Science 157

Systems Science 155

Knowledge Area: Systems Approach Applied to Engineered Systems 116

Applying the Systems Approach 145

Deploying, Using, and Sustaining Systems to Solve Problems 142

Implementing and Proving a Solution 141

Analysis and Selection between Alternative Solutions 138

Synthesizing Possible Solutions 133

Identifying and Understanding Problems and Opportunities 129

Engineered System Context 125

Overview of the Systems Approach 118

Systems Approach Applied to Engineered Systems 116

Knowledge Area: Systems Fundamentals 85

Fundamentals for Future Systems Engineering 113

Emergence 108

Complexity 103

Types of Systems 96

Introduction to System Fundamentals 88

Systems Fundamentals 85

Foundations of Systems Engineering 78

Part 1: SEBoK Introduction 18

Knowledge Area: SEBoK Users and Uses 54

Use Case 5: General Managers 74

Use Case 4: Educators and Researchers 71

Use Case 3: Customers of Systems Engineering 67

Use Case 2: Other Engineers 63

Use Case 1: Practicing Systems Engineers 60

Use Case 0: Systems Engineering Novices 56

SEBoK Users and Uses 54

Knowledge Area: Introduction to Systems Engineering 28

Systems Engineering Core Concepts 50

Systems Engineering and Other Disciplines 47

Systems Engineering: Historic and Future Challenges 43

Economic Value of Systems Engineering 40

Systems Engineering Principles 34

Systems Engineering Overview 30

Introduction to Systems Engineering 28

Knowledge Area: Introduction to the SEBoK 21

Structure of the SEBoK 24

Scope of the SEBoK 21

Introduction to the SEBoK 20

SEBoK Introduction 18

Part 5: Enabling Systems Engineering 715

Knowledge Area: Enabling Individuals 790

Ethical Behavior 810

Developing Individuals 804

Assessing Individuals 800

Roles and Competencies 790

Knowledge Area: Enabling Teams 765

Technical Leadership in Systems Engineering 776

Team Dynamics 773

Team Capability 765

Knowledge Area: Enabling Businesses and Enterprises 718

Culture 758

Developing Systems Engineering Capabilities within Businesses and Enterprises 751

Assessing Systems Engineering Performance of Business and Enterprises 744

Organizing Business and Enterprises to Perform Systems Engineering 737

Determining Needed Systems Engineering Capabilities in Businesses and Enterprises 729

Systems Engineering Organizational Strategy 720

Enabling Businesses and Enterprises 718

Enabling Systems Engineering 715