Applied Model-Based Systems Engineering To Space Training by Tonex
This comprehensive training course, offered by Tonex, delves into the intricate world of Model-Based Systems Engineering (MBSE) specifically tailored for the space industry. MBSE is a crucial methodology for designing, analyzing, and managing complex systems. In this course, participants will gain hands-on experience in applying MBSE principles and tools to space-related projects, enabling them to tackle the unique challenges of aerospace engineering.
Cybersecurity is a mission enabler for MBSE in space programs—protecting the digital thread, model baselines, and configuration truth from tampering so engineering decisions stay trustworthy.
It drives safer architectures by pushing threat-informed requirements into SysML, V\&V, and trade studies, cutting cascade risk from ground to orbit. Hardened model repositories, secure toolchains, and supply-chain assurance boost resilience, speed anomaly response, and safeguard payloads and services.
Learning Objectives: Upon completion of this course, participants will be able to:
- Learn the fundamentals of Model-Based Systems Engineering (MBSE) and its relevance to the space industry.
- Apply MBSE techniques to space system design and development, enhancing efficiency and reducing errors.
- Develop system models using industry-standard tools such as SysML and Cameo Systems Modeler.
- Perform trade-off analysis and optimization for space systems using MBSE.
- Collaborate effectively within cross-functional space engineering teams through MBSE-based communication.
- Navigate the complexities of space system integration, verification, and validation using MBSE methodologies.
Audience: This course is designed for professionals and organizations involved in the space industry, including:
- Aerospace engineers and system architects
- Project managers and team leaders
- Systems engineers and analysts
- Space technology researchers
- Government and industry stakeholders in space missions
- Anyone seeking to enhance their knowledge of MBSE in the context of space systems.
Course Outline:
Introduction to Model-Based Systems Engineering (MBSE) for Space
- Understanding MBSE concepts and principles
- Role of MBSE in the space industry
- Benefits and challenges of applying MBSE in space projects
- Overview of industry-standard MBSE tools
MBSE Fundamentals in Space Systems
- Defining system requirements using MBSE
- Creating and managing system models
- Traceability and configuration management
- MBSE in the systems engineering lifecycle
Modeling Techniques for Space Systems
- SysML and its application in space system modeling
- Building block diagrams and parametric models
- Simulating space system behavior
- Incorporating variability and uncertainty into models
Trade-Off Analysis and Optimization
- Conducting trade studies in space system design
- Optimization techniques for space missions
- Risk analysis and mitigation through MBSE
- Case studies of successful trade-off analysis in space projects
Collaborative MBSE in Space Engineering Teams
- Team collaboration in MBSE environments
- Interdisciplinary communication using MBSE models
- Integrating hardware and software in space systems
- Model-based documentation and reporting
Integration, Verification, and Validation (IV&V) with MBSE
- MBSE in the integration phase of space projects
- Verification and validation processes using MBSE
- Test case generation from system models
- Addressing anomalies and deviations in space systems
Join us for this immersive training course to gain the essential skills and knowledge needed to excel in Model-Based Systems Engineering within the dynamic field of space technology.