MBSE with MathWorks System Composer
Apply MBSE with MathWorks System Composer for architecture modelling and simulation. Focus on system-level analysis and design.
Duration
3 Days
Format
Direct
Level
Foundational
Overview
About This Course
Three-day comprehensive training course teaching participants how to leverage Model-Based Systems Engineering (MBSE) using MathWorks System Composer for system architecture modeling and analysis.
Required Software
MATLAB 2024a+ with System Composer, Requirements Toolbox, Simulink, Stateflow, and Variant Manager
Take-Aways
Ability to understand and model requirements, structure, and behavior in System Composer; exposure to simulating and analyzing System Composer models with MATLAB, Simulink, and Stateflow.
Prerequisites
Systems engineering foundation
MBSE with MathWorks System Composer
Comprehensive MBSE course using MathWorks System Composer for system architecture modeling and analysis.
- Level: Foundational
- Duration: 3 Days
- Format: Direct
Course Curriculum
DAY 1 - Foundations, Project Organization & Requirements
Training overview, required tools, daily schedule
Introduction to MBSE and System Composer: key definitions, advantages
Model organization in a project:
• projects
• folders
• labels
• dependency analyzer (with lab)
Requirements:
• attributes
• abstractions
• creating/importing requirements
• customizing attributes
• traceability
DAY 2 - Concept & Logical Architecture
Concept model:
• scope
• stakeholder needs
• contextual and functional architectures
• ports/connectors (with lab)
Logical architecture:
• decomposing structure with components
• parameters
• interfaces
• stereotypes
• properties vs parameters (with lab)
DAY 3 - Behavior, Physical Models & Analysis
System behavior:
• activity diagrams
• Stateflow charts
• sequence diagrams
• MATLAB scripts
• behavior allocation (with lab)
Physical models and system analysis:
• physical ports/interfaces
• reference and variant components
• Simulink
• analysis instances (with lab)
Training review:
• module discussion
• learning outcomes
• additional references
Outcomes
DAY 1 - Foundations, Project Organization & Requirements
Understand MBSE in System Composer, set up a structured MATLAB project, and capture traceable requirements.
DAY 2 - Concept & Logical Architecture
Define a black-box concept model and a layered logical architecture for the system.
DAY 3 - Behavior, Physical Models & Analysis
Specify system behavior, derive physical variants, and run analyzes against requirements.