Overview
Master
National diploma- Degree awarded Master
- Graduation year Bac + 5
- Graduation level Level 7
- Mention
- Physics
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Location
- GRENOBLE Scientific Polygon
- Duration 2 ans
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Available as
- Initial education
Summary
"Photonics and Semiconductors" track is a joint program with the Grenoble INP - Phelma engineering school, focusing on components for photonics, electronics, and optoelectronics. These topics are at the heart of research and industry in many sectors, such as information technology.Objectives
This well-rounded program provides students with a broad range of skills, covering everything from the physics of these components to their applications, including their fabrication and characterization.
Examples of devices studied include semiconductor lasers, nonlinear optical frequency converters, CMOS sensors, and THz photodetectors.
This program can be supplemented by a dissertation in an academic laboratory or in industry (CIFRE contract), as this sector has a particularly high demand for PhDs for R&D positions.
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Training partners
Laboratories
- CROMA
- LMGP
- Institut Néel
- LiPhy
- CEA/LETI
- ONERA
Entreprises
- Safran
- Sofradir
- ST-Miroelectronics
- Teem-Photonics
- Thales
- Trixell
- Tronics
Other institution(s) delivering the degree
Co-accréditation : Université Grenoble Alpes
Admission
- Who should apply? Bac + 3, Bac + 4
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Available as :
- Initial education
Entry requirements
- Students who have successfully completed the first year of a compatible program or hold an equivalent Master’s degree (M1)
- Engineering students from Grenoble INP - Phelma who have successfully completed the second year of the Physical Engineering for Photonics and Microelectronics (IPHY) program
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Program
- Course duration 2 ans
Prospects
- Graduation year Bac + 5
- Graduation level Level 7
Careers
Target Skills
This well-rounded program enables students to acquire a wide range of skills, covering everything from the physics of these components to their applications, including their fabrication and characterization. Examples of devices studied include semiconductor lasers, nonlinear optical frequency converters, CMOS sensors, and THz photodetectors. Graduates of this program will thus be able to design, develop, and characterize advanced components in the fields of photonics, microelectronics, and optoelectronics.
Career Paths
- Production engineer
- process engineer,
- characterization engineer
- Researcher & Research professor in the public sector
Target Applications
- Photonics,
- Microelectronics,
- Optoelectronics
Further learning opportunities
Vers les doctorats dans l’école doctorale de physique ou EEATS, les thèses étant réalisées dans le monde académique ou en lien avec l’industrie (thèses CIFRE)
French State controlled Master's degree
Responsable :
- Lionel BASTARD - +33 (0)4 56 52 95 30
- Benoît BOULANGER - +33 (0)4 76 88 78 07
- Gestionnaire : Leïla Temim
- Tél 04.56.52.91.70
- Bureau M 415
Other institution(s) delivering the degree
Co-accréditation : Université Grenoble Alpes