Kategorien: Alle - models - concepts - systems - challenges

von José Arévalo Vor 4 Jahren

377

SEBoK Table of Contents

The document outlines the structure and content of the Systems Engineering Body of Knowledge (SEBoK). It begins with an introduction to SEBoK, detailing its users, uses, and various use cases including practicing systems engineers, other engineers, customers, general managers, novices, and educators.

SEBoK Table of Contents

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

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