Applying SysML V2 with CATIA Magic
The emerging standard. Covers graphical and textual SysML v2 and KerML notation. Recommended for teams establishing new modelling practices from 2025.
Duration
3 Days
Format
Direct
Level
Foundational
Overview
About This Course
Three-day foundational course teaching the fundamentals of Model-Based Systems Engineering using SysML v2. Comprehensive coverage of SysML v2 notation with instructor-led demonstrations and labs in CATIA Magic. All modules taught using both graphical and textual notations. Students completing this course will have a solid foundation to capture designs with MBSE and to validate, verify, and analyze them.
Required Software
CATIA Magic 2026x with the SysML v2 Plugin; Java JRE 17+
Take-Aways
Read and write SysML v2 textual and graphical notation; capture computable requirements; model structure, behavior, and verification cases; apply variability for product variants; navigate CATIA Magic 2026x.
Prerequisites
CATIA Magic 2026x with the SysML v2 Plugin; Java JRE 17+
Applying SysML v2 with CATIA Magic
Foundational MBSE course in SysML v2, covering notation, CATIA Magic labs, and design validation, verification, and analysis.
- Level: Foundational
- Duration: 3 Days
- Format: Direct
Course Curriculum
DAY 1 - Foundations & Requirements
Foundations & Requirements
MBSE fundamentals:
• what MBSE is
• intended ROI
• language vs methodology vs framework
CATIA Magic 2026x environment walkthrough:
• textual editor
• containment tree
• specification panel
SysML v2 and KerML overview:
• two-layer architecture
• definition/usage pattern
• specialization relationships
Requirements modeling:
• structured requirement def/usage
• computable constraints
• satisfaction and derivation relationships
Model organization:
• package hierarchy
• imports
• visibility
• naming conventions
DAY 2 - Structure & Behavior
Use cases:
• subjects
• actors
• objectives
• include relationships
Structural decomposition:
• part def/usage
• generalization
• subsetting
• redefinition
• multiplicity
Interfaces:
• item definitions
• port def/usage
• conjugation
• connections
• flow connections
Process flow:
• action def/usage
• succession
• control structures
• allocation
State machines:
• entry/do/exit actions
• transitions with triggers/guards/effects
• parallel states
DAY 3 - Verification & Analysis
Calculations and verification cases:
• calc def
• expressions
• PassIf verdicts
• requirement verification
Variability and trade studies:
• variation definitions
• variant features
• 100%/150% configuration
Views and viewpoints:
• exposing elements
• filtering
• rendering as diagrams/tables/text
Wrap-up:
• SysML v1 to v2 mapping
• migration plugin
• best practices
• continued learning resources
Outcomes
Day 1 - Foundations & Requirements
Understand MBSE basics and build structured, computable requirements models in SysML v2.
Day 2 - Structure & Behavior
Model system structure and behavior using core SysML v2 diagrams and notation.
Day 3- Verification & Analysis
Validate models and apply analysis, variability, and views for real-world systems.