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Aerospace Education Catalogue

Master Fundamentals of Remote Sensing (FRS)

  • Organisations :
  • Type of Course: Initial education - Life-long learning
  • Language(s): French, English
  • Place: Paris (French Regions: Ile-de-France)
  • Prepared diploma/grade/title: Master or DNM: French National Master Degree
  • Level of entry: French Baccalaureat + 3
  • This training is included in RNCP / RS

Course Details

Objectives: The Fundamentals of remote sensing course aims to train physicists specializing in observation of the Earth and planets, from drones to satellites. It is offered in partnership with Sorbonne University and the grandes écoles of the Paris region in the second year of a master's. It covers the entire data production chain (orbitography, wave propagation, radiative transfer, data and image processing, physical modeling and applications). It allows students to pursue a doctorate in geophysics, environmental sciences or applied sciences in a public or private research laboratory. It also offers them the possibility of entering the job market directly.

Intended for: Students or people in activity or job search (continuing education)

Degree Level (EU) : 7 - (EQC level or equivalent)

Admission requirements: M1: level L3 geosciences, physics, mathematics
M2: level M1 geosciences, physics, mathematics, 2nd year of engineering school, engineering degree
The course is open to continuing education and validation of prior learning (VAE)

Targeted careers : In high-tech companies in the space and telecommunications sector (startup, SME or large industrial group):
The Fundamentals of remote sensing course leads to the professions of teacher, teacher-researcher, researcher; R&D engineer, system engineer, software development engineer; project manager, consultant, manager, sales manager.

Duration and terms: 4 semesters

Partnerships with national organisations: Sorbonne Université, ENSG, ENSTA ParisTech, Ecole Polytechnique, Ecole des Ponts ParisTech

Dedicated web site: https://www.ipgp.fr/fr/master/fundamentals-of-remote-sensing

Disciplines

  • Engineering Sciences
  • Applications, Operations

Topics

  • 1 - Environment and Physical Measurement: Radiation, Particles, Solar Wind, Debris, Mechanical and Thermal environment, Aerology, Meteorology, Climate, Environmental Measurements and Analysis, Physico-chemical Analysis, Sensors, Metrology, Vacuum Techniques, etc.
  • 2 - Dynamics and Kinematics: Reference Systems, Flight Mechanics, Trajectography, Space Dynamics, Perturbations, Orbit Restitution, Attitude and Orbit Control, Rendezvous, Formation Flying, Constellations, Interplanetary Trajectories, etc.
  • 8 - Electronics Systems : Analog and digital functions, Components, Microelectronics, Integrated Circuits, Samplers, ASIC/FPGA, Digital Signal Processors, Nanotechnologies
  • 9 - Microwave and Photonics: Radiofrequency Functions, Propagation, Antennas, MIMO, Metasurfaces, Terrahertz, Optics, Optoelectronics, Laser, Photonic Circuits, Plasmonics, Quantum Technologies...
  • 11 - Data Sciences: Applied Mathematics, Signal and Image Processing, Cryptography, Artificial Intelligence (machine learning, big data, etc.), Computer Science, Cloud, Software Engineering, Virtual Reality, Virtualization, Digital Twins, Metaverse, etc.
  • 15 - Earth Observation: Remote Sensing, Detectors, Radar, Synthetic Aperture, Lidar, Geographic Information Systems (GIS), Distribution/Dissemination, Geomatics...
  • 22 - Space and Earth Sciences: Exploration of the Universe, Astronomy, Radio Astronomy, Astrophysics, Space Resources, Planetology, Oceanography, Geodesy, Geophysics...