- Enseignant: MOHAMED RAHMANI
- Enseignant: SEGHIR BENLAYADI
SOLIDWORKS est un logiciel de conception assistée par ordinateur (CAO) largement utilisé dans l’industrie pour la modélisation 3D, la création de dessins d’ingénierie et la gestion des assemblages.
• Modélisation 3D : Vous pouvez créer des pièces 3D en utilisant des esquisses, des fonctions de base (extrusion, révolution, etc.) et des assemblages.
• Assemblages : SOLIDWORKS permet de gérer des assemblages complexes de pièces, de vérifier les interférences et d’effectuer des simulations.
• Mises en plan : Vous pouvez générer des dessins techniques détaillés à partir de vos modèles 3D.
• Modélisation 3D : Vous pouvez créer des pièces 3D en utilisant des esquisses, des fonctions de base (extrusion, révolution, etc.) et des assemblages.
• Assemblages : SOLIDWORKS permet de gérer des assemblages complexes de pièces, de vérifier les interférences et d’effectuer des simulations.
• Mises en plan : Vous pouvez générer des dessins techniques détaillés à partir de vos modèles 3D.
- Enseignant: Imene Abdedaim
- Enseignant: Tarek Bali
- Enseignant: DALILA BENMAHDI
- Enseignant: YAZID FIZI
- Enseignant: Ihcene NAAS
- Enseignant: AKRAM ZEGADI
- Enseignant: ABBES OURAHMOUNE
- Enseignant: Rabie Mezouar
Optics is a branch of physics concerned with the study of light phenomena perceived by the eye, or detected by optical sensors. In geometrical optics, light is considered to propagate in the form of light rays, which represent the path of light. It enables the design, study and production of many current optical systems such as telescopes, microscopes, mirrors...
For the notion of rays to be applicable, the wavelength of light must be very small compared with all the characteristic lengths of the medium under consideration. When this hypothesis is no longer verified, typically vibratory phenomena such as diffraction, interference and polarization come into play.Thus associating to wave optics.
This course, entitled “Notions of optics”, will familiarize you with the basic concepts required to master the various phenomena of geometrical optics and wave optics.
The aim of this module is to give :
* In the first place, it gives students a global vision of the applications of optics, both in everyday life and in the field of research ;
* Secondly, to show him how important and complementary this discipline (optics) is to other disciplines (electronics, biology, medicine....).
For the notion of rays to be applicable, the wavelength of light must be very small compared with all the characteristic lengths of the medium under consideration. When this hypothesis is no longer verified, typically vibratory phenomena such as diffraction, interference and polarization come into play.Thus associating to wave optics.
This course, entitled “Notions of optics”, will familiarize you with the basic concepts required to master the various phenomena of geometrical optics and wave optics.
The aim of this module is to give :
* In the first place, it gives students a global vision of the applications of optics, both in everyday life and in the field of research ;
* Secondly, to show him how important and complementary this discipline (optics) is to other disciplines (electronics, biology, medicine....).
- Enseignant: Hassena Mounir