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Course Outline
Introduction
- Trainer and Participant Introductions
- Introduction to modelling
- Introduction to SysML
- Introduction to MagicDraw/Cameo
- Case Study Definition
Structural System Decomposition
- Package Diagram Notation
- Decomposing the system into packages
- Modeling package dependencies
- Practical Assignment: Modeling package structure
Analyzing User Needs
- Use Case Diagram Notation
- Identifying actors
- Identifying use cases
- Use case relationships
- Practical Assignment: Modeling use cases
Defining System Requirements
- Deriving system requirements from use cases
- Requirements Diagram Notation
- Specifying requirements
- Defining requirements structure
- Verifying requirements with test cases
- Requirements relationships
- Practical Assignment: Modeling requirements
Defining Structural Blocks (Black Box View)
- Block Definition Diagram Notation
- Structural blocks
- Modeling block properties
- Defining relationships between blocks
- Defining the system data dictionary
- Practical Assignment: Modeling the black box view of a system
Modeling Block Structure (White Box View)
- Internal Block Diagram
- Visualizing block parts
- Linking parts with connectors
- Defining ports
- Defining item flows and interface blocks
- Practical Assignment: Modeling the white box view of a system
Modeling System Constraints
- Defining constraint blocks
- Binding constraint properties with value properties
- Executing parametrics
- Practical Assignment: Modeling parametrics
Designing State-Based System Behavior
- State Machine Diagram Notation
- Identifying states
- Defining state transition events
- Specifying signals
- Specifying effects
- Executing state machines
- Practical Assignment: Modeling state machines
Designing Control and Data Flows
- Activity Diagram
- Defining activities
- Specifying parameters
- Defining actions
- Modeling control flows
- Modeling data flows
- Executing activities
- Practical Assignment: Modeling activities
Designing Communications
- Sequence Diagram Notation
- Modeling lifelines
- Modeling messages
- Decomposing interactions using references
- Applying interaction fragments
- Defining timing constraints
- Practical Assignment: Modeling interactions
Modeling Cross-Cutting Constructs
- Logical and physical architectures
- Allocation relationships
- Allocation display options
- Identifying types of allocations
- Allocation matrix
- Practical Assignment: Building an allocation matrix
Simulation Training
- Course Introduction
- Simulation of an architecture
- Activity diagrams
- State machine diagrams
- Sequence diagrams
- Parametric diagrams
- Automated requirement verification via simulation
Requirements
None.
Intended Audience:
- Systems Engineers engaged in architecture modelling and system design.
- Model-Based Systems Engineering (MBSE) Practitioners.
35 Hours
Testimonials (2)
Trainer knowledge, involvement, and rapport
Adam Kuklewski - GE Medical Systems Polska
Course - Technical Architecture and Patterns
The direct correlation with our work subject in the examples
