page updated on 12 September 2022
| SEMESTERS 1 & 2 - 60 ECTS | ||
| See the M1 programs of each training (MOCES, FRS) | ||
| SEMESTER 3 - 30 ECTS * |
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| REVISION
- Revision in computer science - Revision in mathematics ELECTROMAGNETIC RADIATION - 6 ECTS - Waves Propagation - Scattering of electromagnetic waves RADIATIVE TRANSFER IN THE ATMOSPHERE AND OCEAN - 3 ECTS - Molecular spectroscopy - Introduction to radiative transfert RADIOMETRY AND REMOTE SENSING - 6 ECTS - Antenna theory - LiDAR Remote Sensing - Microwave Remote Sensing - Optical imaging - Atmospheric remote sensing - Land surface remote sensing |
SATELLITE ORBITS - 3 ECTS - Celestial mechanics - Satellite orbits - Space law DATA ANALYSIS AND SIGNAL PROCESSING - 3 ECTS - Signal processing - Data analysis NUMERICAL MODELING - 3 ECTS - Numerical modeling in Python and Fortran OPTIONAL MODULES - 6 ECTS (choice of 2 lectures over 6) - Remote sensing of tectonics and volcanic deformation - Satellite geodesy - Planetary remote sensing - Energetics of the climate system - Clouds, aerosols and precipitations - Atmospheric chemistry and air quality |
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| SEMESTER 4 - 30 ECTS * | ||
| IMAGE PROCESSING - 3 ECTS - Image processing and experimentation PRACTICAL WORK, SEMINARS AND INTERNSHIP - 27 ECTS - Practical work * Radar communication * Molecular spectroscopy * Hyperspectral image processing * Dround penetration radar * Observation methods (Observatoire de Haute Provence) - Visit to a space center (CNES, ESA, EUMETSAT) - Seminars - Research internship (4 months minimum) | ||