CONTEXT
Recent disruptions related to the international context and environmental issues have accelerated the pace of reindustrialization. For several years, companies in France and Europe have been expressing their need for systems engineers in physical domains related to telecommunications, which is not fully satisfied. This need has gone from the important to the organic stage.
OBJECTIVES
The Electrical and Optical Engineering (EOE) Advanced Study Pathway aims to respond to this need, by specializing students in one of two areas of their choice: radio systems or optical systems. The aim is to respond to this industrial need, while connecting students with the research world in these sectors. If you choose this pathway, you will share your classes with Master’s students from IP Paris and Université Paris-Saclay, with prospects for a promising career in the area of your choice.
PROGRAM OPTION
OPTICAL SYSTEMS (TAUGHT IN ENGLISH)
- Advanced and Next-Generation Optical Transmission Systems
- Error-Correcting Codes and Coded Modulations Applied to Optical Communications
- Digital Information Processing
- Future Trends in Optical Networks
- Optical Information Propagation and Point-to-Point Transmission Systems
- Optical Networks
- Optoelectronic Devices
- Photonic Systems Towards Other Applications
- Nanophotonics
- Photonic Integration Function
PROGRAM OPTION
RADIO SYSTEMS (TAUGHT IN FRENCH)
- Microwave & Radio Functions
- Radio Architecture - Physical Layer and Network Interface
- Propagation Channels and Antennas
- Satellite Communications
- Positioning / Goniometry / Radiolocation / RADAR
- RF Instrumentation, Measurements and EMC
- Precise GNSS Positioning for Drones and Other Applications
- Emerging Radio Technology - Dosimetry and Wave Interactions with Living Organisms
INTERNSHIP EXAMPLES
- Raman amplification analysis in the submarine and terrestrial optic transmission systems without repeaters for different optical fibers.
- Study of the impact of variations in multisignal reception power on a digital receiver. Calculating positions in radio systems: algorithms and sources of error.
- Optimization of the formation of wave beams for non-terrestrial networks (NTN).
- WDM Transmission: High Baud Rate Transponders Development.
- Evaluation of an intelligent radio frequency sensor for the environment.
CAREERS
- R&D Engineer in radio or optical communications
- R&D Engineer in hyperfrequency or photon components
- Satellite Positioning Systems Architect
- Optical Networks Architect
- Systems Integrator
- Hyperfrequency and/or Photon Systems Project Manager
AMONG OUR RECRUITERS
THALES, Orange, Nokia, SAFRAN, Bouygues Telecom, MBDA, EADS, Deutsche Telekom, National Instrument, Ericsson
CONTACT
Alexandre VERVISCH-PICOIS
Coordinator
Electronics and Physics (EPH) Department
Email: @alexandre.vervisch
