MBSE
An MBSE-based approach to the development and creation of complex products enables greater innovation.
Reasons for MBSE
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Support for requirements engineering
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Creation of functional models, e.g. as a basis for platform development
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Architectural design
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Traceability
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Functional safety
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Creation of simulation models
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Derivation of digital twins
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Derivation of domain-specific models from the system model (e.g. SW model)
Comprehensive implementation of MBSE
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Supported tools
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CATIA Magic (formerly Cameo)
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PTC Modeler
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Sparx Enterprise Architect
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Training, workshops, coaching
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Strategy
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Methodology
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Languages (SysML, UML)
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Tools
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Modeling methodology
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Procedure
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Model structuring
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Use of SysML elements
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Customizing
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Integration
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e.g. integration of requirements management and/or PDM/PLM via OSLC (Open Services for Lifecycle Collaboration)
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Product Line Engineering
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Acceptance & change management
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Consideration of corporate culture, social &psychological aspects
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Simulation, verification, code generation, ...
Introduction of MBSE by consultens
Workshops
1
Workshops
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History/
Status Quo -
Goals/strategy
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Tool
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Language
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Methodology
Roadmap
2
Roadmap
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Target (e.g. automotive industry: ISO 26262)
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Implementation process
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Advanced topics
Implementation
3
Implementation
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System setup
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Installation
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Configuration
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Customization
Coaching
4
Coaching
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Customized
training courses -
Coaching
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Mentoring
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Observation
4 weeks
20 - 30 weeks
4 weeks
MBSE Trainings
We offer basic and advanced training for the introduction of
MBSE, methodology, SysML and tools in English and German.
Our training courses are available as individual or standardized courses - both online and face-to-face. Please contact us so that we can provide you with a customized offer.
An example of our training modules
We offer training for the following tools:
3DS Catia Magic (Cameo), PTC Modeler, Sparx Enterprise Architect
Introduction to Systems Engineering (3 hours)
This course provides an introduction to systems engineering and in particular to model-based systems engineering.
Advanced Training Model-Based Systems Engineering (1 day)
This training deepens the application of Model-Based Systems Engineering in daily work through an in-depth description of the SysML language and the modeling method.
Advanced Training Model-Based Software Engineering (1 day)
This training deepens the application of Model-Based Software Engineering in daily work through an in-depth description of the UML language and the modeling method.
