Entry requirements
Acceptance to M2 requires 4 years of higher education after high school diploma, or the equivalent.
Benefits of the program
Imaging Science track provides a comprehensive knowledge of all the theoretical and practical fields in computerized imaging. They include, from the most theoretical to the most practical : Mathematical morphology, Discrete geometry, Image processing, Computer vision, Augmented reality, Virtual reality, Image synthesis and GPGPU.
This Master's degree is connected to a renowned research lab and supported by Labex Bezout (Labex is a cluster of Excellence backed by a research laboratory and funded by the French government).
The lectures may be given in English if a non-French-speaking student is enrolled in the master's degree.
Acquired skills
The Master's degree provides students with the ability to process computerised images efficiently, create rendering engines and implement programs or applications in virtual or augmented reality and also provides them with knowledge of a wide range of image-related theories. Students also acquire the ability to create, manage and implement any IT project connected with imagery in general.
Registration details
Apply using the eCandidat application. Please include in your application a certificate of the required degree, a transcript of grades, a personal statement and if possible a reference letter.
Course venue
Campus Descartes, Champs-sur-Marne, Marne-la-Vallée (bâtiment Copernic et ESIEE Paris).
Bâtiment Copernic 5 boulevard Descartes Champs-sur-Marne 77441 MARNE-LA-VALLÉE cedex 2
Schedule of studies
Internships (15 ECTS, 4 months min.)
In the dual study system: 3 days in the university, 2 days in the company.
Your future career
Job opportunities include research and development posts in major imaging companies (medical imaging, video games, digital post-production, mobile 3D, virtual & augmented reality) as well as software developer positions in 3D or image processing. Students also often move onto a PhD in image processing, computer vision, discrete geometry or computer graphics.
Professional integration
This master focuses on numerical image, from acquisition and analysis to computer graphics. Thus, the targeted professional activities mostly concern computer science project management, programming, research and development in image field, video games, post-prodction, or medical imagery. This master also offers the possibilty to continue as a PhD student.
Study objectives
The targeted skills concern: software engineering for image acquisition and processing, mathematics knowledge related to geometry and image manipulation, programming skills, project management skills.
Major thematics of study
This master includes 60 credits (30 per semester) shared between computer graphics, virtual and augmented reality, computer vision, mathematical morphology, digital geometry, project management and English.
Study organization
La Master 2 s'étend sur 2 semestres. Il est ouvert aux formations initiales, continues et par alternance.
Modalité d'admission en FC :
L'accès en formation continue se fait via un contrat de professionalisation. L'admission se fait sur dossier.
Modalité d'admission en FI :
L'admission se fait sur dossier.
Modalité d'admission en Alternance :
La formation en alternance se fait avec le CFA Descartes, Marne-la-Vallée. L'admission se fait sur dossier.
Options
The students should choose 2 options among four possibilities during the last semester.
International
This master is fully opened to foreign students and to student exchange programs lile ERASMUS.
Major thematics of Research
LIGM A3SI team, 'Signal et Communications' team.
Partenariats :
ESIEE Paris, ESIPE-IMAC
