Niveau d'étude visé
BAC +5
Diplôme
Master (LMD)
Domaine(s) d'étude
Ingénierie des systèmes, Systèmes embarqués, Traitement du signal, Réseaux - Télécommunication
Accessible en
Formation initiale, VAE
Établissements
ENAC - Ecole nationale de l'aviation civile
Présentation
The Master of Science in GNSS, Global Navigation Satellite System, defines a satellite-based system that allows autonomous positioning and navigation of a suitably equipped user everywhere and at all times.
The Master of Science (MSc) in GNSS is a 2-year programme offering advanced education in Satellite-based Positioning and Space Telecommunications.
It aims at training students for the steadily growing GNSS industry.
Objectifs
Global Navigation Satellite Systems (GNSSs) have gained a lot of worldwide attention due to a significant increase in applications using GPS for positioning and navigation (aeronautics, vehicular and pedestrian navigation, location-based services, etc).
This international enthusiasm is confirmed by the worldwide development of other global and regional satellite-based navigation systems in Europe, the USA, China, Russia, India and Japan, creating a strong need for experts in this field.
The objective of this MSc in GNSS is to provide students with advanced skills and knowledge in the field of GNSS and its related applications, in order to prepare them to enter the highly dynamic GNSS and GNSS-dependent industry. In addition, the students will have a grounding in telecommunications, as both fields are strongly complementary.
Programme
Sélectionnez un programme
Année 1
MA414E - Theory of distributions for signal processing
30hMA405E - Probability/Statistics
32hMA406E - Stochastic Processes
28hMO404E - Electromagnetics
20hSP411E - Signal theory and signal processing
26hSP410E - Digital signal processing
28hSP408E - Analog filtering
16hAU408E - Linear servo loop system
16hNA402E - Introduction to GNSS and its evolutions
31hIP405E - Programming and C language
46hNA490E - PVT computation project
41hLV401 - Culture and Language - French
29hLV406E - Culture and Language - English
27h
MO4006E - Antenna and propagation for GNSS
22hMO4004E - Propagation Channels Modeling
17,25hSV4010 - Surveillance Principles
SP4004E - Estimation/Detection
20hSP5004E - Kalman Filtering
14hAU409E - State Space Modeling, Analysis and Control
20hSP4006E - Digital communications
43hNA404E - GNSS for Civil Aviation
18hNA403E - Differential GNSS Methods
32hNA406E - Inertial Sensors and Hybridization Techniques
18,33hNA4007E - Astrodynamics
NA491E - Applied project
61hCP4005E - Course project - Market your Ideas
CS406E - Introduction to System Engineering and Quality
9hCS407E - Project Management
6hLV402 - Culture and Language - French
29hLV407E - Culture and Language - English
27h
Année 2
SP501E - Digital Receivers
SP503E - Array signal processing
SP502E - Parametric modeling
SP520E - Spread Spectrum Techniques
20hAV5002 - On-board systems
SP514E - Modern Channel Coding
12hSP513E - Classical Channel Coding
16hSP5007 - Spatial Technology
NA5020E - Future GNSS Signals
4hNA5021E - High Sensitive Receivers - Urban positioning
NA5022E - Alternative Positioning
NA5023E - Business in GNSS
NA5920E - Projet GPS L1 C/A Receiver
30hNA490E - Applied project
LV501 - Culture and Language - French
LV504E - Culture and Language - English
SH5002E - Communicating effectively and managing conflicts
Et après...
Insertion professionnelle
Career opportunities :
Recent studies have shown that there will be a lack of graduate students to fill the open positions in the GNSS industry in the near future. This MSc in GNSS provides students with a head start in the evolving and growing market of satellite-based navigation and telecommunications.
Hence, graduate students can join:
• large companies,
• SMEs,
• national institutions,
• research laboratories.