Program

Initial training in 2 years

Mode

On-site

Level

Master

Languages

English, French

Number of Credits

120

Internship/Mobility

  • Internship in M1 (international mobility)
  • End of study internship in M2
  • Scientific project in M2

Objectives

This Master’s program is based on the IXEO Master’s degree in Applied Physics and Engineering Physics, electronics-optics, with specific coloring according to each person’s wishes. Students will be trained in the fields of electronics and high-frequency photonics through a research-oriented approach with projects and laboratory internships, at XLIM or abroad.

Job opportunities

Jobs : R&D engineer, project engineer, researcher, assistant professor

Sectors : Industrial groups, start-ups and SMEs :  space, civilian, defense applications, high frequency components and technologies for communications science, photonics technologies (laser, imaging, …)

Program

Master 1

Semester 1

  • Electromagnetic theory for high frequency circuits and antennas
  • Optical propagation
  • Active circuits and nonlinear devices
  • Modulations and demodulations for RF front-end and devices

Semester 2

  • Language (English or French)
  • Soft skills
  • Research labworks at XLIM
  • Abroad internship
Elective courses (1 out of 3)
Electronics :
  • Passive microwave components, antennas and transmission systems
  • Modeling and CAD of RF and microwave devices
  • Material properties & characterisation
Photonics :
  • Passive microwave components, antennas and transmission systems
  • Laser
  • Nonlinear optics
  • Novel light sources
IOT :
  • Modeling and CAD of RF and microwave devices
  • Smart Energy
  • Physics and technologies for devices

Master 2

Semester 3

  • Language (English or French)
  • Research or entrepreunarial project
  • CAD for engineering
Elective courses (3 out of 6)
  • Antennas and EM compatibility for RF systems
  • Passive components and devices for RF systems
  • Nonlinear components and devices for RF systems
  • Printed electronics for telecommunication and energy harvesting
  • Advanced photonic sources and systems
  • Telecom systems and networks
Elective courses (1 out of 4)
  • Materials and nonlinear optics
  • Additive Manufacturing and RF technology processes
  • Bio-Engineering
  • Energy Harvesting

Semester 4

  • Research or entrepreunarial project
  • End of study internship (Master’s thesis)
Elective courses (2 out of 3)
  • Front-End and RF Architectures for Satellites
  • Microelectronics RF, Micro and Nano Technologies
  • Design, fabrication and characterization of fiber-based laser systems
Download PDF program

Informations

  • Selective route (limited places)
  • No repetition possible in EUR course
  • Scholarship 6000€ (4000€ in M1, 2000€ in M2)
  • Financial assistance with incoming and outgoing mobility

Prerequisites

Holders of a degree in “Electronics, electrical energy, automation” or a degree in “Physics” or “Sciences for engineers” or “Sciences and technologies” with a specialization in high frequency electronics and/or optics.

Application

For students residing in France or the EU, you apply on monmaster.gouv.fr

Monmaster.fr

For non-EU students, you apply on campusfrance.org/fr

CampusFrance.org

Contact

Sébastien FEVRIER

M1 Director


Bruno BARELAUD

M2 Director


Study place

Students work

Students interview

The information on this page is for informational purposes and not contractual.

 

 

Last update : 2024 January