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Course Outline
Introduction
- Core concepts of Systems Engineering.
- Survey of ISO 15288:2023.
- Foundations of Model-Based Systems Engineering (MBSE).
- Key principles of MBSE.
- Introduction to ARCADIA and its alignment with systems engineering processes.
- Introduction to a case study focusing on an agricultural UAV system.
MBSE Approaches and Concepts
- Visualized MBSE methodologies.
- Conventional top-down approach.
- Performance concepts (MOE, MOP, KPP, TPM).
- The "Meet-in-the-middle" approach.
- Multi-level engineering and team collaboration.
- Synthesis of various approaches.
MBSE with Capella
- Overview of Capella's capabilities.
- Visualizing ARCADIA layers using Capella.
- Model elements and diagrams.
- Case study demonstration (agricultural drone system).
Additional Topics
- Digital continuity and integration with other engineering disciplines.
- Overview of Model-Based Product Line Engineering (MBPLE).
- Integration with PLM environments.
- Textual requirements and their consistency with MBSE.
- Configuration management within MBSE.
Summary and Next Steps
- Recap of key concepts.
Challenges and recommendations for MBSE adoption.
Exercises
- Short exercises and demonstrations using Capella.
- Illustration through a case study.
Requirements
- A foundational understanding of systems engineering concepts.
- While not mandatory, prior knowledge of requirements engineering is advantageous.
- Expected background for attendees:
- No formal prerequisites are required.
- Familiarity with the ISO 15288 standards is recommended.
- A general awareness of system development practices is beneficial.
Target Audience
- Project managers.
- Program managers.
- Professionals keen on adopting MBSE.
4 Hours
Testimonials (1)
The direct correlation with our work subject in the examples
