Mission Analysis Intern
Il y a 1 jour
BrétignysurOrge, Ile-de-France
OPUS Aerospace
Temps plein
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Gratuit avec email ou Google
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OPUS Aerospace is a start-up founded in 2020, positioned at the crossroads of space and defense, based in Brétigny-sur-Orge on the former Air Base 217, developing sounding rockets for very high altitude up to the edge of space, dedicated to dual-use applications.
Through Mesange, its supersonic sounding rocket, the company addresses defense applications such as simulating aerial threats, qualifying detection and interception systems, and training armed forces, as well as civilian missions such as microgravity experiments, upper atmosphere research, and qualifying space technologies in a real environment.
As it prepares for Mesange’s first flight, OPUS Aerospace is building a sovereign, disruptive capability brick by brick.
As part of the Systems department, you will contribute to the aerodynamic and trajectory studies supporting operational launches: downrange distance, aerodynamic stability, vehicle performance, impact dispersion analysis and interactive visualisation of results.
Your main mission will be to develop new modules for our in-house flight simulator, so that it better represents real flight conditions in future studies. This work requires a cross-disciplinary understanding of propulsion, structures, aerodynamics and flight dynamics.
Modules You May Develop During The Internship Include
• Perturbation models: propellant sloshing, aeroelastic effects, non-standard atmospheric conditions
• Control and manoeuvrability: guidance and control laws, manoeuvring capability analysis
• Final-year engineering student or Master’s student in aeronautics or space, with a strong interest in the defence and space sectors
• Good understanding of launch vehicle systems and flight mechanics
• Experience designing and testing 0D/1D analytical models, using tools such as MATLAB/Simulink or Python; C++ is a plus
• Motivated, autonomous and proactive
• Comfortable working in a multidisciplinary, international team
• Professional English (B2 minimum)
• Perturbation models: propellant sloshing, aeroelastic effects, non-standard atmospheric conditions
• Control and manoeuvrability: guidance and control laws, manoeuvring capability analysis
• Final-year engineering student or Master’s student in aeronautics or space, with a strong interest in the defence and space sectors
• Good understanding of launch vehicle systems and flight mechanics
• Experience designing and testing 0D/1D analytical models, using tools such as MATLAB/Simulink or Python; C++ is a plus
• Motivated, autonomous and proactive
• Comfortable working in a multidisciplinary, international team
• Professional English (B2 minimum)