*We customize the course outline and content to your specific needs and relevant use cases.
Module 1: MBSE foundations and the role of SysML
- Why model-based systems engineering is useful for complex defense systems
- SysML as a shared language for requirements, structure, behavior, and analysis
- Relationship between model content, engineering decisions, and lifecycle continuity
- Using models to improve communication across technical and program stakeholders
Module 2: Requirements modeling and traceability
- Capturing stakeholder needs, system requirements, and derived requirements
- Structuring requirement hierarchies and relationships clearly
- Linking requirements to design elements, behavior, and verification intent
- Avoiding overmodeling while preserving useful traceability
Module 3: Structural modeling of systems and systems of systems
- Blocks, part properties, value properties, and composition relationships
- Internal structure, interfaces, and allocation of responsibilities
- Representing subsystems, external actors, and system boundaries
- Reading and building structural views with practical examples
Module 4: Parametrics and analysis relationships
- Using value properties and constraints to support engineering reasoning
- Connecting analysis logic to structural model elements
- Capturing performance, capacity, and engineering relationships in a readable form
- Keeping analytical intent aligned with broader system models
Module 5: Behavioral modeling for operational and system logic
- Capturing key behaviors with activities, actions, and control flows
- Distinguishing operational behavior from system behavior
- Modeling event driven and functional interactions without unnecessary complexity
- Choosing the right behavioral view for the engineering question
Module 6: States, events, and interaction views
- Representing modes, states, transitions, and triggers
- Using sequence style views to describe interactions across elements
- Modeling timing and event dependencies at a practical level
- Relating behavior views back to requirements and interfaces
Module 7: Allocations and cross view relationships
- Linking functions to structure, behavior to components, and requirements to design
- Using allocations to clarify responsibility across model layers
- Tracing dependencies across system, subsystem, and external participant boundaries
- Reviewing consistency across multiple diagram types
Module 8: Verification and validation modeling
- Representing test intent and verification relationships in the model
- Linking verification cases to requirements and design elements
- Organizing evidence paths from requirement to verification activity
- Supporting lifecycle reviews with model based traceability
Module 9: Modeling complex platforms and systems of systems
- Defining scope and abstraction levels for large defense programs
- Separating system context, constituent systems, and integration concerns
- Managing interface heavy environments with clear boundaries
- Selecting a manageable view set for high complexity problems
Module 10: Pragmatic MBSE workflow and model organization
- Moving from stakeholder concern to model content in a structured sequence
- Organizing packages, naming conventions, and reusable modeling patterns
- Maintaining model readability for engineers, reviewers, and decision makers
- Keeping documentation and model content aligned
Module 11: Model quality, governance, and team practices
- Common modeling mistakes and how to avoid them
- Practical review criteria for clarity, consistency, and traceability
- Balancing rigor with speed in collaborative modeling work
- Supporting team based model evolution over time
Module 12: Applying SysML in real project environments
- Choosing where SysML adds the most value in the lifecycle
- Integrating model work with requirements management, analysis, and verification activities
- Preparing model packages for communication across engineering disciplines
- Building a practical checklist for future MBSE work in defense programs
