Executable Modeling with Cameo Simulation Toolkit
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About this course:
This course introduces practitioners of Model-Based Systems Engineering (MBSE) to executable modeling using the Cameo Simulation Toolkit. Building on prior SysML and Cameo modeling experience, participants will learn how to transform descriptive system models into dynamic, testable, and analyzable models. The course emphasizes correct execution context, exchange of data, matter, and energy, static and dynamic roll-up analyses, simulation configuration, and probabilistic analysis techniques. Through guided, hands-on activities, learners will develop skills that enable early verification, validation, and quantitative insight long before physical prototypes exist.
Download the course syllabus for more details.
Students will learn:
- How to execute SysML behavioral models using correct execution context
- How to model discrete and continuous exchanges of data, matter, and energy
- How to configure and control simulations using the Cameo Simulation Toolkit
- How to perform static and dynamic roll-up analyses across system hierarchies
- How to incorporate uncertainty and conduct Monte Carlo simulations for risk and cost analysis
- How to apply executable modeling patterns transferable to real-world engineering projects
Course Prerequisites:
Participants should have a foundational understanding of SysML, prior hands-on experience using Cameo or a compatible Dassault Systèmes MBSE tool, and familiarity with MBSE methodology. Students can meet these prerequisites by taking the OCSMP Accelerator™ SysML Training Course (or similar course), as well as taking the OOSEM Accelerator™ MBSE Methodology Training Course. Completion of OCSMP Overdrive™ and several months of practical modeling experience are also strongly recommended.