MBSE with Model Analysis

None.

Intended Audience:

• Systems Engineers involved in architecture modeling and system design.
• Model-Based Systems Engineering (MBSE) Practitioners.

Using a combination of lectures, demos, and interactive labs, this course provides a foundation for utilizing MBSE within the CATIA Magic environment. Students will learn SysML and its application within CATIA Magic. This course also provides students with the capabilities to construct queries within their models to produce customized tables, matrices, relation maps, dynamic legends, validation rules, model metrics, perform gap analyses, and more.

Introduction 

• Trainer and Participant Introductions 
• Introduction to modeling 
• Introduction to SysML 
• Introduction to MagicDraw/Cameo 
• A Case Study Definition 

Structural System Decomposition

• Package Diagram Notation 
• Decomposing 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 

• From Use Cases to System Requirements 
• 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 System Data Dictionary 
• Practical Assignment: Modeling 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 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 Statemachines 

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 relationship 
• Allocations Display Options 
• Identifying Types of Allocations
• Allocation Matrix 
• Practical Assignment: Building Allocation Matrix 

Model Validation

• Course Introduction​
• Introduction to Model Validation​
• Creating Custom Validation Suites​
• Introduction to Model Metrics​
• Predefined Metric Suites​
• Developing Custom Metric Suites

Models & Structured Expressions

• Module 01 – Introduction​
• Module 02 – The Basics​
• Module 03 – UML Metamodel and Profiles​
• Module 04 – Navigation Operations​
• Module 05 – Find, Test, and Filter​
• Module 06 – Values & Operations from Model​
• Module 07 – Scripts​
• Module 08 – Applications in MagicDraw​

Estimated Class Time Duration

• Labs, 60%
• Slides, 35%
• Demos, 5%