Cifre Phd Student - Unsteady Aerodynamics Of Control-Surface Modelling M - F H/F

Description

Détail du poste Description de l'emploi: Airbus Commercial Aircraft is looking for a CIFRE PhD student on Improved unsteady aerodynamics of control-surface modelling for aeroservoelastic analyses (f/m), tutored by ONERA as scientific laboratory. The candidate will join our Loads & Aeroelasticity department based in Toulouse, France, and ONERA's Department of Aerodynamic, Aeroelasticity and Acoustics (DAAA) based in Châtillon, France. You will share your time on Airbus side as part of a team developing all of our current and future commercial aircraft programs, and on ONERA side part of DAAA. As part of the Loads & Aeroelastic Solutions Toulouse team, you will study advanced aeroelastic modeling of a large aircraft, with deep focus on the control surfaces unsteady aerodynamic coupled with the structure. The ambition is to allow a better and more optimized coupling with the flight control laws, also called aeroservoelasticity. Your working environment: Global capital of aeronautics and European capital for space research, Toulouse is a dynamic city in the southwest of France served by an international airport. Ideally located between the Mediterranean Sea and the Atlantic Ocean and close to the Pyrenees Mountains, it offers plenty of options for outdoor activities ! How we care for you: - Financial rewards: Attractive salary, agreements on success and profit sharing schemes, employee savings plan abounded by Airbus and employee stock purchase plan on a voluntary basis - Work / Life Balance: Extra days-off for special occasions, holiday transfer option, a Staff council offering many social, cultural and sport activities and other services - Wellbeing / Health: Complementary health insurance coverage (disability, invalidity, death). Depending on the site: health services center, concierge services, gym, carpooling application - Individual development: Great upskilling opportunities and development prospects with unlimited access to +10.000 e-learning courses to develop