Mastère spécialisé Space systems engineering (TAS Astro) par ISAE-SUPAERO

Part 1: Missions and Systems 155 h
Mission analysis and orbital mechanics
- Space environment & effects
- Space systems architecture: Ground segments, satellites & sub
- orbital planes
- Launchers architectureSpace communication systems
- Satellite based localization systems
- GNS ( Global Navigation Satellite System) - Human Spaceflight: History of space exploration, medical aspects & human factors
Part 2: Space Programs 160 hIntroduction to quality processes
- Space programs bid for tender
- Space programs & projects
- Systems engineering of space programs
- Systems dependability
- Integrated team project
- Financial & legal aspects: debris situation, new space (nanosatellites &launchers) - Spacecraft operations
Part 3: Sub
- systems: Satellites & Launchers 190 hAdvanced control & applications
- Estimation and filtering
- Satellite AOC (Attitude & Orbit Control System) - Launchers guidance and control
- Real time control of a space system
- On board data handling sub
- systems: functions and architecture
- satellite electrical systems
- satellite thermal control systems
- satellite propulsion: chemical & electrical
- Mechanical architecture: Space structures & mechanisms.

The TAS Astro
- Space Systems Engineering Advanced Master program is a one
- year professional course of study. The TAS Astro Advanced Master allows students to develop a high level of multidisciplinary skills in space science, space systems engineering and space project management. It enables the students to access work opportunities with numerous career opening in aerospace projects, be it with space agencies, research agencies, or industrial companies in an international environment.
The program is designed for students who wish to start immediately after the completion of their graduate degree and for employees who have enrolled through their companies continuing education programs.
The TAS Astro curriculum includes a broad spectrum of subjects with the following objectives:
o to develop specific skills applied to space sector :
Space systems engineering and management of space projects
o to acquire high interdisciplinary knowledge related to technical, legal and economic aspects of international space programs.