Advanced MBSE: SysML Models and Modelers Training by Tonex
This advanced course, “Advanced MBSE: SysML Models and Modelers,” offered by Tonex, delves into the intricacies of Model-Based Systems Engineering (MBSE) with a focus on SysML models and proficient modelers. Participants will gain a comprehensive understanding of advanced SysML concepts and practical applications in system engineering.
Tonex presents the Advanced MBSE: SysML Models and Modelers Training, an immersive program designed for engineers, architects, and project managers seeking mastery in Model-Based Systems Engineering (MBSE) with a focus on SysML. This advanced course covers SysML concepts, from sophisticated system architecture modeling and behavior modeling to parametric modeling.
Participants will gain hands-on experience with SysML tools, fostering collaboration and addressing integration challenges. Elevate your expertise with a curriculum encompassing advanced SysML elements, tools, and strategies, equipping you to optimize system development. Enroll for in-depth insights, practical skills, and a heightened understanding of SysML’s role in modern engineering practices.
Learning Objectives:
- Master advanced SysML modeling techniques for complex system engineering.
- Develop proficiency in using SysML for system architecture, behavior, and parametric modeling.
- Explore model-based methodologies to enhance system design, analysis, and verification.
- Gain hands-on experience in SysML tools to optimize model development and collaboration.
- Acquire skills to address challenges in system integration and interoperability through SysML.
- Apply advanced MBSE principles to improve decision-making and streamline the system development lifecycle.
Audience: Engineers, system architects, project managers, and professionals involved in complex system development and engineering processes who seek an in-depth understanding of advanced SysML modeling techniques.
Course Outline:
Module 1: Introduction to Advanced SysML Concepts
- Overview of SysML Stereotypes
- Advanced Block Definition Diagrams (BDD)
- SysML Profiles for Specialized Modeling
- Extending SysML with Custom Stereotypes
- SysML and Model-Based Engineering (MBE)
- Industry Applications of Advanced SysML Concepts
Module 2: Advanced System Architecture Modeling with SysML
- SysML Component and Composite Structure Diagrams
- Allocating Requirements in SysML
- Advanced Package Diagrams for System Decomposition
- Collaborative System Architecture Development
- Applying SysML Views for System Analysis
- Best Practices in Documenting System Architecture with SysML
Module 3: Advanced Behavior Modeling using SysML
- State Machine Diagrams in SysML
- Advanced Sequence Diagrams for System Interactions
- Developing SysML Activity Diagrams
- Integrating Behavior Models in SysML
- Validating System Behavior with SysML
- Case Studies on Complex System Behavior Modeling
Module 4: Parametric Modeling with SysML
- SysML Parametric Diagrams Overview
- Defining Parameters and Constraints in SysML
- Incorporating Parametric Modeling in System Design
- SysML Parametrics for Performance Analysis
- Parametric Sensitivity Analysis in SysML
- Integrating Parametric Models with SysML Requirements
Module 5: SysML Tools and Collaboration
- Overview of Leading SysML Modeling Tools
- Collaborative Modeling Environments with SysML
- Integrating SysML with Other Engineering Tools
- Version Control and Configuration Management in SysML
- Enhancing Collaboration through SysML Views
- Best Practices in SysML Model Documentation
Module 6: Addressing Integration Challenges with SysML
- SysML for System Integration Planning
- Cross-Disciplinary Integration with SysML
- Managing Interface Specifications in SysML
- SysML for Interoperability in Complex Systems
- Analyzing and Resolving Integration Conflicts
- SysML in Model-Driven System Engineering (MDSE) Strategies