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Course Outline
Introduction
Overview of SysML V2 Features and Architecture
- Model-based system engineering (MBSE)
- System modeling concepts
- SysML versus UML
Exploring Model-Based Systems Engineering
- Model-based definition and approach
- MBSE methodologies and challenges
- Systems modeling language (SysML)
Learning About SysML V2 Improvements
- Enhancements and changes
- Adoption, visualization, and interoperability
- APIs and services
- Agile collaborative approach
Understanding Architecture Analysis and Design Integrated Approach (ARCADIA)
- Architecture modeling
- Development capabilities
- Operational analysis and system analysis
- Logical architecture and physical architecture
- Using the Capella tool
Understanding Object-Oriented Systems Engineering Method (OOSEM)
- SysML with OOSEM
- Top-down object-oriented concepts
- Integration with object-oriented development
- OOSEM activities and modeling artifacts
Comparing SysML/OOSEM with Arcadia/Capella
- Positioning
- Methodologies
- Language and diagrams
Modeling with SysML V2
- Usage focused modeling
- New model elements
- Diagram types and functions
Performing a System Reliability Analysis
- System dependability
- Reliability, availability, maintainability, and safety (RAMS) Analysis
- Reliability requirements analysis
System Modeling and Simulation
- System structure modeling
- Behavior modeling and integration
- System simulation phase
Analyzing Data from Simulations
- Results assessment and reports
- Reliability analysis case studies (landing gear system and flight management system)
- Large-scale systems to system of systems
Troubleshooting
Summary and Conclusion
Requirements
- Experience in systems engineering
- A general understanding of system design and SysML
Audience
- Project managers
- Architects
- System engineers
28 Hours