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Space related training

Training Courses

• By région
• By topic
• Multi-criteria

Cours de Techniques et Technologies des Véhicules Spatiaux (TTVS)

• Organisation : CNES/CST
• Way of training : vocational education
• Language: French
• Place: Toulouse-Labège DIAGORA

Course Details

Objectives : The courses are an introduction to all of the techniques and technologies used for building and operating spacecraft.
They describe the characteristics and specific design constraints of space technology, as well as the techniques and technology of flight subsystems and equipment.

Concerned public : These courses have been designed in particular for beginner engineers needing an introduction to the space field or experienced engineers wanting to broaden their knowledge in order to have a more comprehensive view of space techniques and technology.

Prerequisites : four years higher education (French Baccalauréat +4)

Admission requirements : On registration (see dedicated web site)

Duration and terms : 2 x 5 days

Notes : - This training course is, in principle, organised annually and alternately in French or English. The 2010 session will be in french but simultaneous translation in english will be made (depending on the number of registration of anglophobes);.
- It will take place from September 27 to October 1, then from December 6 to December 10, in Toulouse .
For registration conditions and fees see dedicated web site.

Dedicated web site : http://cnes.cborg.fr/ttvs

Course last updated: 08/03/12

Topics covered

• Engineering
  • Space environment and space mechanics
    • Physical characteristics of the space environment
    • Launcher and space vehicle dynamics, launch and re-entry trajectories, guidance, piloting, manoeuvres
  • Architecture and technologies of embedded systems
    • Mechanical architecture, materials and structures of space vehicles, structural dynamics of spacecraft and launcher
    • Electrical architecture and power management
    • Electronic and computing architecture
    • In-space propagation, telemetry, commands
    • Space propulsion
    • Thermal architecture of spacecrafts
    • Orientation control and in-space docking
  • Satellites, Space probes, balloons
    • Engineering, specific designs and developments
    • Payload technologies, scientific instrumentation
• Applications
  • Earth observation
    • Remote sensing and imagery
    • Surveillance, prevention of risk, regional planning
    • Cartography and geographical data systems
    • Meteorology, oceanography and climatic environment
    • Geophysics
  • Radiocommunications, guidance and location by satellite
    • Space radio communications, telephony, direct digital broadcasting and/or television by satellite, high-speed bidirectional communications and digital divide, telemedicine, remote training
    • Communication, navigation, telemonitoring for military and civil aviation
    • Location, data collection, safety, security, transportation
• Engineering
  • Project management specific to space systems, associated product ans quality assurance

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