Job Description: In order to support Air PowerEngineering Aerodynamics, Airbus Defence and Space is looking for aAdvanced Aerodynamics Methods & Tools Engineer (d/f/m) Do youwant to push boundaries at the heart of Airbus together with a teamof great aerodynamic engineers in aerodynamic Design? We want topave the way into a more digital, sustainable and safer future.Come join us. Aerodynamics is responsible for the aerodynamicdesign and characterization for all military aircraft programsalong their product life cycle. We use numerical simulations, windtunnel testing and flight test to understand the aerodynamicbehavior and to create and deliver aircraft representativeaerodynamic data and models for stability & control,performance, loads and aeroelastics. Besides, we give support tothe production in terms of assessing the aerodynamic impact ofnon conformities, repairs plus in service incidents. Your locationLocated about an hours drive north of Munich, Manching is anup and coming market town that offers a wide range of leisure andcultural activities. Here, you can enjoy the quality of life in thecountryside while the pleasures of near by cities are still withineasy reach. Your benefits Attractive salary and special payments 30 days paid vacation and extra days off for special occasions Excellent upskilling opportunities and great international, groupwide development prospects Special benefits: employer fundedpension, employee stock options, discounted car leasing, specialconditions for insurances, subsidies for public transport, employeebenefits at cooperating companies On site facilities: Medicalofficer for check ups and other health related services, canteenand cafeteria, kindergarten close to the site Compatibility offamily & work (job sharing, part time models, flexible workinghours, individual timeout) Working in a diverse environment, withmore than 140 nationalities, where every voice is heard Your tasksand responsibilities Application and development of software forthe simulation and analysis of compressible turbulent flows aroundhigh and low aspect ratio aircraft Emphasis is placed on thedevelopment of innovations for industrial applications withinreasonable timeframes, not fundamental research Analysis ofaerodynamic shapes by numerical and theoretical methods & toolsfor the development of high and low aspect ratio A/C, includingscale resolving numerical simulations Deliver aerodynamicsolutions and data to the customer on time, on cost and on quality Cooperate with all disciplines relevant for physics of flightsuch as structures, loads, flight dynamics, mass, etc. Continuousimprovement of the aerodynamic software tool chains by developingS/W scripts based on prescribed requirements Development andsupport of software for the mathematical modelling of theaerodynamic aircraft characteristics (aero dataset) Link with theexternal research community in the field of aerodynamic methods& tools, in consistence with the co