Cameo Simulation Toolkit Workshop
Five-day workshop focused on developing simulatable system models using the Cameo Simulation Toolkit / Magic Model Analyst. Supplement to the MBSE Model Execution course.
Duration
5 days
Format
Direct
Level
Workshop
Overview
About This Course
Five-day workshop focused on developing simulatable system models using the Cameo Simulation Toolkit / Magic Model Analyst. Supplement to the MBSE Model Execution course.
Required Software
No Magic's MagicDraw (v19.0+) or equivalent No Magic (CSM) or Dassault Systèmes CATIA Magic / Magic Systems Modeler (MSM) — with SysML and Cameo Simulation Toolkit / CATIA Magic Model Analyst plug-ins; MATLAB/Simulink for co-simulation modules
Take-Aways
Hands-on confidence developing simulatable system models against a real participant problem.
Prerequisites
MBSE Model Execution
Cameo Simulation Toolkit Workshop
Workshop on developing simulatable system models using Cameo Simulation Toolkit / Magic Model Analyst, supplementing the MBSE Model Execution course.
- Level: Workshop
- Duration: 5 Days
- Format: Direct
Course Curriculum
DAY 1 - Overview & Requirements
Workshop introduction and scoping the participant's simulation problem
Cameo Simulation Toolkit refresher:
• engines
• sample projects
• project template
Activity diagram simulation against the live problem
State machine simulation against the live problem
Day 2 - Sequence, Parametric & Verification Patterns
Sequence diagram simulation patterns
Parametric diagram simulation and value flow
Automated requirement verification via simulation
Day 3 - Configuration, UI & Action Language
Simulation Configuration Diagrams for the live project
User Interface Modeling: interactive simulation panels
Action Language Helper: extending simulation logic
Day 4 - MATLAB / Simulink & FMI
MATLAB and Simulink co-simulation patterns
FMI / FMU integration
Shared MATLAB sessions and version control
Day 5 - Workshop Project & Wrap-Up
Apply learned patterns to the participant's project
Peer critique and review
Action plan for in-house simulation rollout
Outcomes
DAY 1 - Overview & Requirements
Frame a simulation problem and reproduce activity and state machine simulation patterns.
Day 2 - Sequence, Parametric & Verification Patterns
Run sequence, parametric, and verification simulations on the live project.
Day 3 - Configuration, UI & Action Language
Orchestrate simulations with configurations, UI mockups, and ALH against the live project.
Day 4 - MATLAB / Simulink & FMI
Co-simulate the live project with MATLAB/Simulink and external FMUs.
Day 5 - Workshop Project & Wrap-Up
Deliver a simulatable model of the participant's project with a clear rollout plan.