Model-Based Systems Engineering with SysML v2

Add the SysML v2 certification:

• SysML v2 Model User Certification Preparation 

Discover SysML v2 and start your journey in model-based systems engineering (MBSE). The new modeling language brings a breath of fresh air to the development of complex systems. Whether digital twin, AI or simulation - SysML v2 covers all modern requirements. In our training, you will learn the basics and most important concepts directly from the experts. 

From UML to SysML v2 

In 2007, SysML v1 saw the light of day. Since then, there have been numerous new requirements for a modeling language for the systems engineering of the future. Derived from the software modeling language UML developed in the 1990s, SysML v1 cannot meet many of these requirements. Detached from the limitations of UML, SysML v2 does much more justice to the claim of a modern modeling language for complex systems. Our training will guide you through the evolution of SysML and show you the advantages of v2. 

Practical application of SysML v2 

Learn the SYSMOD methodology and apply SysML v2 to real system development projects. From the idea to the architecture - experience in a practical way how you analyze requirements, design solutions and collaborate with other participants. The training offers you the chance to effectively combine theory and practice. 

Learn from the developers 

Behind SysML v2 are people with visions. oose, as part of the submission team, offers you exclusive knowledge and insights into the creation of the language. Take the opportunity to learn first-hand and deepen your know-how in model-based systems engineering. Be ready for the future of system development with SysML v2.

• Introduction to Systems Engineering  
• Benefits of Model-Based Systems Engineering (MBSE)  
• Fundamentals and Language Architecture of the OMG Systems Modeling Language™ (SysML)® Version 2  
• System context analysis and modelling of the system context  
• Use Case Analysis (Actor, Use Case)  
• Requirements in the model (Constraint, Requirement, Stakeholder)  
• System architectures and structural modeling (Part, Port, Interface)  
• Model behavior (Action, States, Interaction)  
• Model Organization (Package)