MS13Model Based System Engineering and Functional Safety
Niveau : Débutant/Intermédiaire
Publics :
Senior technicians or engineers wishing to understand the fundamentals in System Engineering for the lighting
Pré-requis :
MSc degree or equivalent, BSc with 4 years professional experience (preferably in relevant scientific fields)
Langue de la formation : Anglais
Capacité maximum : 20
Prix : 1515 € HT -
Durée : 3 days
En partenariat avec
![ESTACA](https://fc.institutoptique.fr/files/formations/public/r293_74_logo-estaca-_rvb_thumbnail--58.jpg)
Objectifs
- Being able to understand the System Engineering in Automotive field, taking into account modeling approach and functionnal safety
![Model Based System Engineering and Functional Safety](https://fc.institutoptique.fr/files/formations/public/r322_34_ms13ms31_thumbnail-360-262-c.png)
Thèmes abordés
Understanding of MBSE in Automotive context
Knowledge of FMEA, FTA tools.
SysML language : main concepts, diagrams, tool usage
ISO 26262 normalization : main concepts.
Knowledge of FMEA, FTA tools
Le programme
System Engineering and Requirements
- System engineering, multi-domain engineering
- How to write specifications
- Functional and non-functional requirements
- Workflow, requirement diagram
Model Based Engineering
- Model versus documentation engineering
- Verification and analysis from models
- Modelling languages : UML, SysML, AADL, Autosar
- EAST-ADL profile for automotive
- SysML diagrams
- Tutorial : Diagrams creation from requirements
International regulations in the field of automotive lighting
Functional safety with ISO 26262
- Primary Risk Analysis, Failure Mode effect Analysis, Fault Tree Analysis, Safety Mechanism (HW/SW), SIL Levels
Scientific literature review in the area of MBSE/system engineering for automotive
Méthodologie et évaluation
Courses and tutorials
Lab work
Responsable(s) pédagogique(s) :
- Patrick Leserf - Associate Professor at ESTACA
Toutes les formations :
![](img/iofc/int-img/top-pic.png)