Difference between revisions of "Outline"
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***Topic: [[Complex System Challenges]] | ***Topic: [[Complex System Challenges]] | ||
***Topic: [[Dynamically Changing Systems]] | ***Topic: [[Dynamically Changing Systems]] | ||
| − | *Part 3: Systems Engineering and Management | + | *Part 3: Systems Engineering and Management |
**Knowledge Area: [[Life Cycle Models]] | **Knowledge Area: [[Life Cycle Models]] | ||
***Topic: [[Life Cycle Characteristics]] | ***Topic: [[Life Cycle Characteristics]] | ||
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***Topic: [[Alignment and Comparison of the Standards]] | ***Topic: [[Alignment and Comparison of the Standards]] | ||
***Topic: [[Application of Systems Engineering Standards]] | ***Topic: [[Application of Systems Engineering Standards]] | ||
| − | *Part 4: Applications of Systems Engineering | + | *Part 4: Applications of Systems Engineering |
**Knowledge Area: [[Product Systems Engineering]] | **Knowledge Area: [[Product Systems Engineering]] | ||
***Topic: [[Product Systems Engineering Background]] | ***Topic: [[Product Systems Engineering Background]] | ||
Revision as of 16:23, 12 March 2012
{{#tree:id=Outline|openlevels=0|root=Outline|
- Table Of Contents
- Part 1: Introduction
- Part 2: Systems
- Knowledge Area: [[Systems Thinking
- Topic: What is a System?
- Topic: Types of Systems
- Topic: What is Systems Thinking?
- Topic: System Concepts
- Knowledge Area: System Science
- Topic: History of System Science
- Topic: System Methodology
- Topic: Groupings of Systems
- Topic: Complexity
- Topic: Emergence
- Knowledge Area: Representing Systems with Models
- Topic: What is a Model?
- Topic: Why Model?
- Topic: Types of Models
- Topic: System Modeling Concepts
- Topic: Modeling Standards
- Knowledge Area: Systems Approach
- Topic: Overview of the Systems Approach
- Topic: Engineered System Context
- Topic: Identifying and Understanding Problems and Opportunities
- Topic: Synthesizing Possible Solutions
- Topic: Analysis and Selection between Alternative Solutions
- Topic: Implementing and Proving a Solution
- Topic: Deploying, Using, and Sustaining Systems to Solve Problems
- Topic: Acquirer/Supplier Responsibility
- Topic: Applying the Systems Approach
- Knowledge Area: Systems Challenges
- Topic: Complex System Challenges
- Topic: Dynamically Changing Systems
- Knowledge Area: [[Systems Thinking
- Part 3: Systems Engineering and Management
- Knowledge Area: Life Cycle Models
- Knowledge Area: Concept Definition
- Topic: Mission Analysis
- Topic: Stakeholder Needs and Requirements
- Knowledge Area: System Definition
- Topic: System Requirements
- Topic: Architectural Design: Logical
- Topic: Architectural Design: Physical
- Topic: System Analysis
- Knowledge Area: System Realization
- Topic: System Implementation
- Topic: System Integration
- Topic: System Verification
- Topic: System Validation
- Knowledge Area: System Deployment and Use
- Topic: System Deployment
- Topic: Operation of the System
- Topic: System Maintenance
- Topic: Logistics
- Knowledge Area: Systems Engineering Management
- Topic: Planning
- Topic: Assessment and Control
- Topic: Risk Management
- Topic: Measurement
- Topic: Decision Management
- Topic: Configuration Management
- Topic: Information Management
- Topic: Quality Management
- Knowledge Area: Product and Service Life Management
- Topic: Service Life Extension
- Topic: Capability Updates, Upgrades, and Modernization
- Topic: Disposal and Retirement
- Knowledge Area: Systems Engineering Standards
- Part 4: Applications of Systems Engineering
- Knowledge Area: Product Systems Engineering
- Knowledge Area: Service Systems Engineering
- Topic: Service Systems Background
- Topic: Fundamentals of Services
- Topic: Properties of Services
- Topic: Scope of Service Systems Engineering
- Topic: Value of Service Systems Engineering
- Topic: Service Systems Engineering Stages
- Knowledge Area: Enterprise Systems Engineering
- Knowledge Area: Systems of Systems (SoS)
- Part 5: Enabling Systems Engineering
- Knowledge Area: Systems Engineering Organizational Strategy
- Knowledge Area: Enabling Businesses and Enterprises to Perform Systems Engineering
- Topic: Deciding on Desired Systems Engineering Capabilities within Businesses and Enterprises
- Topic: Organizing Business and Enterprises to Perform Systems Engineering
- Topic: Assessing Systems Engineering Performance of Business and Enterprises
- Topic: Developing Systems Engineering Capabilities within Businesses and Enterprises
- Topic: Culture
- Knowledge Area: Enabling Teams to Perform Systems Engineering
- Knowledge Area: Enabling Individuals to Perform Systems Engineering
- Topic: Roles and Competencies
- Topic: Assessing Individuals
- Topic: Developing Individuals
- Topic: Ethical Behavior
- Part 6: Related Disciplines
- Knowledge Area: Systems Engineering and Software Engineering
- Knowledge Area: Systems Engineering and Project Management
- Topic: The Nature of Project Management
- Topic: An Overview of the PMI Guide to the Project Management Body of Knowledge
- Topic: Relationships between Systems Engineering and Project Management
- Topic: The Influence of Project Structure and Governance on Systems Engineering and Project
- Management Relationships
- Knowledge Area: Systems Engineering and Industrial Engineering
- Knowledge Area: Systems Engineering and Procurement/Acquisition
- Knowledge Area: Systems Engineering and Specialty Engineering
- Topic: Integration of Specialty Engineering
- Topic: Reliability, Availability, and Maintainability
- Topic: Human Systems Integration
- Topic: Safety Engineering
- Topic: Security Engineering
- Topic: System Assurance
- Topic: Electromagnetic Interference/Electromagnetic Compatability
- Topic: Resilience Engineering
- Topic: Manufacturability and Producibility
- Topic: Affordability
- Topic: Environmental Engineering
- Topic: Lean Engineering
- Part 7: Systems Engineering Implementation Examples
}}