Excellence with passion
Department of Electronics, Optronics and Signal Processing - DEOS
At ISAE SUPAERO, the Department of Electronics, Optronics and Signal Processing (DEOS) develops and realizes the payloads for the advanced aeronautics and space applications of tomorrow. The skills of its teams covers a wide range of technologies, from silicon sensors design to interplanetary science payloads, and from theoretical signal studies to advanced communication and navigation systems .
Our research teams
DEOS has various teaching missions
The DEOS is extensively involved in ISAE SUPAERO educational programs, both in the engineering program and the Masters program. The following non-exhaustive list includes some of the courses overseen by the DEOS.
The courses managed by DEOS are the OT/SU - Earth Observation and Universe Sciences course (followed by the 3rd year of the Engineering program), the major Space Imaging, Navigation and Communication (SINC) of the Master of Science in Aerospace Engineering, the M2R Advanced Communication Systems (ACS) and the Advanced Master SPace APplications and Services (SPAPS).
The DEOS in short
DEOS research activities
CIMI research team
MIcro Electronic Image Sensors
Themes:
Study and development of image sensors on silicium for visible and near infrared radiation
Nano/microelectronics / Integrated circuits / Physics of semiconductor devices / Physics of photodetection
Effects of Space and Nuclear Radiation on Image Sensors and Design Hardening
Cryogenic temperature electronics
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PAMPA research team
Photonics, Antenna, Microwave and PlasmA
Themes:
Electromagnetic modeling for photonics and microwaves
Design of optoelectronic functions for data generation
Optical satellite ground telecommunications
Microwave Plasma Interaction
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Nav research team
Navigation, Communication, Radar
Themes:
Signal analysis and processing
Multi-source information fusion
Performance analysis
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ComIT research team
Communications and Information Theory
Themes:
Multipurpose waveforms (e.g., spectrum sharing)
Physical layer security and electronic warfare
Neural-network-based functions
Error-correction-coding and precoding techniques
Efficient and secured resource allocation techniques
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SSPA research team
Space Systems for Planetary Applications
Themes:
Development of missions and associated technologies for the geophysical exploration of the Solar System (InSight, Perseverance, Farside Seismic Suite)
Development of acoustic technologies for probing terrestrial (rocky) planets
Small body exploration (regolith and microgravity)
Realization of the first ISAE CubeSat, EntrySat
