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Space Education Catalogue

Mastère Spécialisé® Space Systems Engineering (TAS Astro)

• Organisation : ISAE-SUPAERO
• Way of training : Initial education - Life-long learning
• Language(s): English
• Place: Toulouse (French Regions: Occitanie)
• Prepared diploma/grade/title: Advanced Master (Label of the Conférence des Grandes Ecoles)
• 1st required level : French baccalauréat + 5

Course Details

Objectives : The Spécialized Master® "Space Systems Engineering" offers a wide range of knowledge with the following objectives:
• develop scientific and technical expertise for the design, development and exploitation of space systems
• develop systems and multidisciplinary approaches,
• develop skills in team management in an international context
• understand the environmental issues, legal and economic world in space.

Public concerned : Students and professionals

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

Admission requirements : Master's degree (or equivalent) or equivalent (Master 2 or equivalent) with at least 3 years of significant professional experience.

As an exception, a Bachelor's degree (or equivalent) with no professional experience or a Bachelor's degree (or equivalent) with at least 3 years of significant professional experience may be considered.

Duration and terms : One-year degree program with 1 academic semester in person (from the end of September to the end of March approximately) followed by a period of professional practice in a company (internship of approximately 4 to 6 months, fixed-term contract, permanent contract, VIE) and defense of a professional thesis.

Partnerships with national organisations : CNES

Dedicated web site : https://www.isae-supaero.fr/offre-de-formations/mastere-specialise-space-systems-engineering-tas-astro/#onglet-lessentiel

Disciplines

• Engineering Sciences

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.
• 14 - Aeronautical and Space Vehicles: Aircraft, Balloons, Drones, Launch vehicles, Satellites, Cubsats, High Altitude Platforms, Landers, Rovers, Manned Flights, etc.
• 18 - Aerospace Systems Infrastructure and Operations: Airport Platforms, Launch Bases, Control and Mission Centers, Air and Space Traffic Management, In-Orbit Services, Operations, Planning, Man-Machine Interfaces, Human Factors, etc.
• 22 - Space and Earth Sciences: Exploration of the Universe, Astronomy, Radio Astronomy, Astrophysics, Space Resources, Planetology, Oceanography, Geodesy, Geophysics...