MS32Modelling and simulation of a mechatronic lighting system
Niveau : Intermédiaire/Avancé
Publics :
Senior technicians or engineers wishing to modelize a Mechatronic lighting systems
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 : 1720 € HT -
Durée : 3,5 days
En partenariat avec
![ESTACA](https://fc.institutoptique.fr/files/formations/public/r293_74_logo-estaca-_rvb_thumbnail--58.jpg)
Objectifs
- Being able to modelize a mechatronic lighting system
- Being able to program and to validate a mechatronic lighting system by simulation and on a real test bench
![Modelling and simulation of a mechatronic lighting system](https://fc.institutoptique.fr/files/formations/public/r313_34_ms11ms21ms32_thumbnail-360-262-c.png)
Thèmes abordés
Actuating chain components
Power electronic converters and Low power electric actuators
Classical control loops
How to implement a mechatronic actuating system
Le programme
Electronic control modules
- For lighting: Discharging ballast lamp, LEDs driver
- For an actuator
Low power electric actuators
- Rotational and linear actuators
- DC motor
- Stepping motor
- Future technologies (piezoelectric motors, varioptic ….)
Sensors used for lighting systems
- Vision sensors (photosensitive cells, camera,…..) and informations issued from image processing
- Mechanical sensors (accelerometer, tachymeter, gyrometer, inertial unit, displacement sensor, deformation sensor)
Control of systems
- Architecture of control : OL,CL, continuous, sequential
- PID Controllers : tool of empirical investigation
Mechatronics modelling of a lighting system
Implementation, test and validation of mechatronic lighting system
Méthodologie et évaluation
Courses and tutorials
Lab work
Responsable(s) pédagogique(s) :
- Rabia Sehab - Associate Professor at ESTACA
Toutes les formations :
![](img/iofc/int-img/top-pic.png)