This document summarizes a training course on spacecraft Model-Based Systems Engineering (MBSE) using SysML. The course aims to teach engineers how MBSE and SysML can be used for spacecraft and system of systems design, analysis, and validation. It will cover MBSE fundamentals, the relationship between MBSE and SysML diagrams, building executable SysML models, and conducting parametric simulations. The target audience includes engineers from various disciplines. Learning will occur through exercises, workshops using a modeling tool, and guidance materials. The agenda includes case studies, workshops in areas like spacecraft packaging and architecture, and topics relevant to real-world challenges.

2. Hands-On MBSE and SysML
Training
Presentation Topics/ Highlights
 What is Spacecraft MBSE with SysML ?
 Space Systems, SSWG, CubeSats
 Why MBSE and SysML are important to NASA
?
 Who should attend this course ?
 Learning opportunities
 Methods of learning
 Course topics / Workshops

3. What is Spacecraft MBSE ?
Spacecraft MBSE is a renowned approach for creating a
system model. That model aims at specific engineering
models integration with effective simulation advantages.
It provides with a consistent source of system
requirements, design, analysis as well as authentication.

4. Space Systems, SSWG, CubeSats
Spacecraft MBSE
Spacecraft and MBSE connection was first utilized in
2007 by INCOSE Space Systems Working Group
(SSWG).
The SSWG Challenge team regularly conducts research
about MBSE usability, performance, utilization and so on.

5. What made MBSE and SysML
important to NASA ?
NASA has been extremely paying attention in
innovative spacecraft model-based systems
engineering (MBSE) methods integrated with
SysML.
The ultimate goal is to characterize, design,
analysis and validating future small spacecraft
missions.

6. Target Audience :
Specialized for,
 Avionics and aerospace systems engineers,
 Hardware and software design engineers,
 Software developers & system architect,
 Modelers, managers,
 Employees interested in MBSE and SysML.

7. Learning Opportunities:
Tonex always prioritizes on innovative approach to help you
learn what matters a lot to you. All the participants will
experience equal opportunities to improve their knowledge and
gain proficiency.
 How MBSE differs from traditional systems engineering.
 Understand the relation between MBSE and SysML diagram-models.
 Building SysML diagrams that fit complex spacecraft system and SoS.
 Creating models in a SysML including packages, requirements &
instructions.
 Developing executable SysML activity models
 Analyzing and building models with calculations.
 Execute parametric simulations for SysML models.

8. Learning methods
COURSE MATERIAL, TOOLS AND GUIDES
 Exercises and Workshops Guide
 Course Student Guide, Training Resources & Cheat
Sheets
 Common problems what an organization usually
experience.

9. Course Agenda / Workshops:
All these topics are taken from real world
scenarios and can be tailors to feed your
requirements.
 Model Based Systems Engineering Fundamentals
 SoS Management and Lifecycle with MBSE and SysML
 Case study 1: SoS Spacecraft Packages
 Workshop 1: Building SysML Diagrams for a Spacecraft
SoS
 Workshop 2: The processes and guidance of Model
Creating
 Workshop 3: Custom Libraries and Stereotypes
 Workshop 4: Spacecraft SoS Architecting with MBSE and
SysML

10. Request
More
Information

11. Request more information. Sign up for
course.
Spacecraft Model-based Systems Engineering
(MBSE) with SysML
https://www.tonex.com/training-courses/spacecraft-model-based-
systems-engineering-mbse-with-sysml-hands-on-mbse-and-sysml-
training/

13. P R E S E N T E D B Y