SysML is a modeling language used for model-based systems engineering (MBSE) that provides a graphical representation to model system requirements, behavior, structure, and equations throughout the development lifecycle. MBSE using SysML allows organizations to design systems using models before development for improved accuracy, quality, and reduced risk. Training in SysML and MBSE teaches participants how to create and analyze models using tools to implement concepts and manage complex system development.

2. System Modeling Language (SysML): SysML is a general-
purpose architectural modeling language for system
engineering applications.
Model-based system engineering (MBSE): Model-based
system engineering (MBSE) is the formal application of
modeling to support system requirements, design, analysis,
verification, and validation activities. These activities start from
the conceptual design stage and continue throughout the entire
Development and later life cycle stages

3. SysML provides a semantic foundation for graphical
representation, which can be used to model system
requirements, behavior, structure, and parametric equations,
which can be integrated with various engineering analyses.
The model-based systems engineering (MBSE) approach allows
organizations to design prior to construction-allowing
stakeholders to visualize, simulate and fine-tune product
specifications with greater accuracy earlier in the product life
cycle-ideally before project resources have been submitted And
developed a project schedule.

4. The term model-based system engineering and its acronym
MBSE are very popular among system engineers. They advocate
the use of SysML as the standard architecture modeling
language for system engineering applications, and hope to
integrate its method with model-driven development and its
changes. Body to distinguish. Tend to be software-centric.

5. SysML (System Modeling Language) is based on UML and
replaces the modeling of classes and objects through block
modeling, making the vocabulary more suitable for systems
engineering. A block contains all software, hardware, data,
process and even personnel management concepts.

6. Systems Modeling Language (SysML) basically helps to
represent system-related information in a generally accepted
dynamic diagram. In essence, SysML extends the powerful
system engineering capabilities of UML, which can model a
wider range of systems and capture all aspects of system
design.

7. The advantage of Model-Based Systems Engineering (MBSE)
and SysML is that the ability to make models/diagrams for the
system rather than using documents. When the systems
engineer defines or creates something during a diagram, the
SysML tool maintains consistency altogether the opposite
diagrams during a process called traceability.

8. Benefits of SysML include:
• Improved communications
• Assists in managing complex system development
• Separation of concerns
• Hierarchical modeling
• Other life cycle support (such as training)
• Improved design quality
• Reduced errors and ambiguity
• More complete representation
• Support incremental development and evolutionary
acquisition.

9. Compared with traditional document-based methods, the
benefits of using the model-based system engineer (MBSE)
approach are considerable, including:
• Reduced development risk
• Improved quality
• Enhanced knowledge transfer
• Enhanced communications

10. MBSE can manage the development and deployment of complex
systems without temporarily collecting independent
documents.
MBSE with SysML includes a general graphical modeling
technique for specifying, analyzing, designing, and verifying
complex systems, which may include hardware, software,
information, personnel, processes, and facilities.

11. Tonex's SysML and MBSE Training
Tonex Combo MBSE and SysML training courses cover OMG
Certified System Modeling Specialist (OCSMP) certification.
SysML and MBSE training is a practical training course, which
includes model creation exercises, case studies and workshops.
Participants can use various tools to implement SysML
concepts.

12. Learning Target:
• Learn how to create models in SysML, including diagrams
and constructions
• Develop an executable SysML activity model
• Analyze and construct SysML models through calculations,
and perform parametric simulations
• Learn how to automatically generate and model a
traceability matrix
• Conduct trade research Automatically generate
documentation from system models and model repositories
• Learn how to use MBSE/SysML with DoD DoDAF, NATO NAF,
UK MoDAF and UAF frameworks

13. Learning Target:
• Understand what is a model and the trend of SE to MBSE
transition
• Describe the benefits and use cases of MBSE
• Describe how MBSE and SysML are related
• Explain SysML terms and symbols
• Deploy MBE, MBSE and SysML in complex system or SoS
functions, development, engineering projects or tasks
• Apply MBSE to complex systems and system of systems
(SoS)
• Compare and contrast traditional systems engineering
methods and MBSE

14. Learning Target:
• Describe Unified Profile for DoDAF and MODAF (UPDM) and
relationships among UPDM, SysML, SOAML®, UML and UAF
• Learn about Model-Based System of Systems Engineering
with UPDM and UAF
• Analyze lessons learned from across technology, medical,
automotive, aerospace, deep space and defense
• Learn about latest modeling collaborations between
INCOSE, OMG, NAFEMS, ASME and others
• Learn about modeling content Ontology, Tool Integration
and Model Life Cycle Management, Patterns, system
thinking with models, and System Science

15. Study Method:
The course is composed of teaching elements that are
intertwined to maximize the use of individual, group and class
time. These elements include lectures, classroom activities,
group assignments, and problem scenarios for role-playing and
finding solutions.

16. Courses Material, Tools and Guides:
• Course Student Guide
• Exercises and Workshops Guide
• Training Resources: Best Practices, Lessons Learned,
Stories, Guides, Handbooks, Templates, Examples, Tools
• Cheat Sheets
• Organizational examples of common problems
• Organizational examples of solutions

17. Training Outline:
• Model Concepts
• MBSE (Model Based Systems Engineering)
• Creating Systems Modeling Language (SysML) Models
• Overview of INCOSE’s Modeling and Simulation
Interoperability Efforts
• Group Exercises and Workshops

18. For More Information:
SysML and MBSE Training
https://www.tonex.com/training-courses/hands-
mbse-training-creating-sysml-models-workshop/