|
|
| Line 5: |
Line 5: |
| | }} | | }} |
| | | | |
| − | == Guide to the Systems Engineering Body of Knowledge == | + | == Guide to the Systems Engineering Body of Knowledge, Part 1 == |
| | === version 2.1 === | | === version 2.1 === |
| | ;Front Matter | | ;Front Matter |
| Line 14: |
Line 14: |
| | :[[Bkcase Wiki:Copyright]] | | :[[Bkcase Wiki:Copyright]] |
| | ;Table of Contents | | ;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 |
| | + | ***Economic Value of Systems Engineering |
| | + | ***Systems Engineering: Historic and Future Challenges |
| | + | ***Systems Engineering and Other Disciplines |
| | + | ***Introduction to SE Transformation |
| | + | ***Transitioning Systems Engineering to a Model-based Discipline |
| | + | ***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 |
| | :[[SEBoK Table of Contents]] | | :[[SEBoK Table of Contents]] |
| | ;Part 1: SEBoK Introduction | | ;Part 1: SEBoK Introduction |
| Line 39: |
Line 58: |
| | :[[Use Case 4: Educators and Researchers]] | | :[[Use Case 4: Educators and Researchers]] |
| | :[[Use Case 5: General Managers]] | | :[[Use Case 5: General Managers]] |
| − | ;Part 2: Foundations of Systems Engineering
| |
| − | :[[Foundations of Systems Engineering]]
| |
| − | ;Knowledge Area: Systems Fundamentals
| |
| − | :[[Systems Fundamentals]]
| |
| − | :[[Introduction to System Fundamentals]]
| |
| − | :[[Types of Systems]]
| |
| − | :[[Complexity]]
| |
| − | :[[Emergence]]
| |
| − | :[[Fundamentals for Future Systems Engineering]]
| |
| − | ;Knowledge Area: Systems Approach Applied to Engineered Systems
| |
| − | :[[Systems Approach Applied to Engineered Systems]]
| |
| − | :[[Overview of the Systems Approach]]
| |
| − | :[[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]]
| |
| − | ;Knowledge Area: Systems Science
| |
| − | :[[Systems Science]]
| |
| − | :[[History of Systems Science]]
| |
| − | :[[Systems Approaches]]
| |
| − | ;Knowledge Area: Systems Thinking
| |
| − | :[[Systems Thinking]]
| |
| − | :[[What is Systems Thinking?]]
| |
| − | :[[Concepts of Systems Thinking]]
| |
| − | :[[Principles of Systems Thinking]]
| |
| − | :[[Patterns of Systems Thinking]]
| |
| − | ;Knowledge Area: Representing Systems with Models
| |
| − | :[[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: [[Systems Engineering and Management]]
| |
| − | ;Knowledge Area: Introduction to Life Cycle Processes
| |
| − | :[[Introduction to Life Cycle Processes]]
| |
| − | :[[Generic Life Cycle Model]]
| |
| − | :[[Applying Life Cycle Processes]]
| |
| − | :[[Life Cycle Processes and Enterprise Need]]
| |
| − | ;Knowledge Area: Life Cycle Models
| |
| − | :[[Life Cycle Models]]
| |
| − | :[[System Life Cycle Process Drivers and Choices]]
| |
| − | :[[System Life Cycle Process Models: Vee]]
| |
| − | :[[System Life Cycle Process Models: Iterative]]
| |
| − | :[[Integration of Process and Product Models]]
| |
| − | :[[Lean Engineering]]
| |
| − | ;Knowledge Area: Concept Definition
| |
| − | :[[Concept Definition]]
| |
| − | :[[Business or Mission Analysis]]
| |
| − | :[[Stakeholder Needs and Requirements]]
| |
| − | ;Knowledge Area: System Definition
| |
| − | :[[System Definition]]
| |
| − | :[[System Requirements]]
| |
| − | :[[System Architecture]]
| |
| − | :[[Logical Architecture Model Development]]
| |
| − | :[[Physical Architecture Model Development]]
| |
| − | :[[System Design]]
| |
| − | :[[System Analysis]]
| |
| − | ;Knowledge Area: System Realization
| |
| − | :[[System Realization]]
| |
| − | :[[System Implementation]]
| |
| − | :[[System Integration]]
| |
| − | :[[System Verification]]
| |
| − | :[[System Validation]]
| |
| − | ;Knowledge Area: System Deployment and Use
| |
| − | :[[System Deployment and Use]]
| |
| − | :[[System Deployment]]
| |
| − | :[[Operation of the System]]
| |
| − | :[[System Maintenance]]
| |
| − | :[[Logistics]]
| |
| − | ;Knowledge Area: Systems Engineering Management
| |
| − | :[[Systems Engineering Management]]
| |
| − | :[[Planning]]
| |
| − | :[[Assessment and Control]]
| |
| − | :[[Risk Management]]
| |
| − | :[[Measurement]]
| |
| − | :[[Decision Management]]
| |
| − | :[[Configuration Management]]
| |
| − | :[[Information Management]]
| |
| − | :[[Quality Management]]
| |
| − | ;Knowledge Area: Product and Service Life Management
| |
| − | :[[Product and Service Life Management]]
| |
| − | :[[Service Life Extension]]
| |
| − | :[[Capability Updates, Upgrades, and Modernization]]
| |
| − | :[[Disposal and Retirement]]
| |
| − | ;Knowledge Area: Systems Engineering Standards
| |
| − | :[[Systems Engineering Standards]]
| |
| − | :[[Relevant Standards]]
| |
| − | :[[Alignment and Comparison of the Standards]]
| |
| − | :[[Application of Systems Engineering Standards]]
| |
| − | ;Part 4: Applications of Systems Engineering
| |
| − | ;Knowledge Area: Product Systems Engineering
| |
| − | :[[Product Systems Engineering]]
| |
| − | :[[Product Systems Engineering Background]]
| |
| − | :[[Product as a System Fundamentals]]
| |
| − | :[[Business Activities Related to Product Systems Engineering]]
| |
| − | :[[Product Systems Engineering Key Aspects]]
| |
| − | :[[Product Systems Engineering Special Activities]]
| |
| − | ;Knowledge Area: Service Systems Engineering
| |
| − | :[[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]]
| |
| − | ;Knowledge Area: Enterprise Systems Engineering
| |
| − | :[[Enterprise Systems Engineering]]
| |
| − | :[[Enterprise Systems Engineering Background]]
| |
| − | :[[The Enterprise as a System]]
| |
| − | :[[Related Business Activities]]
| |
| − | :[[Enterprise Systems Engineering Key Concepts]]
| |
| − | :[[Enterprise Systems Engineering Process Activities]]
| |
| − | :[[Enterprise Capability Management]]
| |
| − | ;Knowledge Area: Systems of Systems (SoS)
| |
| − | :[[Systems of Systems (SoS)]]
| |
| − | :[[Architecting Approaches for Systems of Systems]]
| |
| − | :[[Socio-Technical Features of Systems of Systems]]
| |
| − | :[[Capability Engineering]]
| |
| − | ;Knowledge Area: Healthcare Systems 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 Systems Engineering]]
| |
| − | ;Knowledge Area: Enabling Businesses and Enterprises
| |
| − | :[[Enabling Businesses and Enterprises]]
| |
| − | :[[Systems Engineering Organizational Strategy]]
| |
| − | :[[Determining Needed Systems Engineering Capabilities in Businesses and Enterprises]]
| |
| − | :[[Organizing Business and Enterprises to Perform Systems Engineering]]
| |
| − | :[[Assessing Systems Engineering Performance of Business and Enterprises]]
| |
| − | :[[Developing Systems Engineering Capabilities within Businesses and Enterprises]]
| |
| − | :[[Culture]]
| |
| − | ;Knowledge Area: Enabling Teams
| |
| − | :[[Team Capability]]
| |
| − | :[[Team Dynamics]]
| |
| − | :[[Technical Leadership in Systems Engineering]]
| |
| − | ;Knowledge Area: Enabling Individuals
| |
| − | :[[Roles and Competencies]]
| |
| − | :[[Assessing Individuals]]
| |
| − | :[[Developing Individuals]]
| |
| − | :[[Ethical Behavior]]
| |
| − | ;Part 6: Related Disciplines
| |
| − | :[[Related Disciplines]]
| |
| − | ;Knowledge Area: Systems Engineering and Software Engineering
| |
| − | :[[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]]
| |
| − | ;Knowledge Area: Systems Engineering and Project Management
| |
| − | :[[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]]
| |
| − | ;Knowledge Area: Systems Engineering and Industrial Engineering
| |
| − | :[[Systems Engineering and Specialty Engineering]]
| |
| − | :[[Reliability, Availability, and Maintainability]]
| |
| − | :[[Human Systems Integration]]
| |
| − | :[[Safety Engineering]]
| |
| − | :[[Security Engineering]]
| |
| − | :[[Electromagnetic Interference/Electromagnetic Compatibility]]
| |
| − | :[[System Resilience]]
| |
| − | :[[Manufacturability and Producibility]]
| |
| − | :[[Affordability]]
| |
| − | :[[Environmental Engineering]]
| |
| − | ;Part 7: Systems Engineering Implementation Examples
| |
| − | :[[Systems Engineering Implementation Examples]]
| |
| − | ;Matrix of Implementation Examples
| |
| − | :[[Matrix of Implementation Examples]]
| |
| − | ;Commercial Examples
| |
| − | :[[Complex Adaptive Taxi Service Scheduler]]
| |
| − | :[[Complex Adaptive Project Management System]]
| |
| − | :[[Denver Airport Baggage Handling System]]
| |
| − | :[[Global Positioning System Case Study]]
| |
| − | :[[Global Positioning System Case Study II]]
| |
| − | :[[Next Generation Medical Infusion Pump]]
| |
| − | :[[Medical Radiation]]
| |
| − | :[[Successful Business Transformation within a Russian Information Technology Company]]
| |
| − | ;Government Examples
| |
| − | :[[FBI Virtual Case File System]]
| |
| − | :[[Design for Maintainability]]
| |
| − | :[[FAA Advanced Automation System (AAS)]]
| |
| − | :[[Federal Aviation Administration Next Generation Air Transportation System]]
| |
| − | :[[How Lack of Information Sharing Jeopardized the NASA/ESA Cassini/Huygens Mission to Saturn]]
| |
| − | :[[Hubble Space Telescope]]
| |
| − | :[[Northwest Hydro System]]
| |
| − | :[[Singapore Water Management]]
| |
| − | :[[Submarine Warfare Federated Tactical Systems]]
| |
| − | :[[Successful Business Transformation within a Russian Information Technology Company]]
| |
| − | :[[UK West Coast Route Modernisation Project]]
| |
| − | :[[Virginia Class Submarine]]
| |
| − | ;Combined Examples
| |
| − | :[[Applying a Model-Based Approach to Support Requirements Analysis on the Thirty-Meter Telescope]]
| |
| − | :[[Miniature Seeker Technology Integration Spacecraft]]
| |
| − | :[[Standard Korean Light Transit System Vignette]]
| |
| | | | |
| | [[Category:Books|Part 1]] | | [[Category:Books|Part 1]] |