Job vor 6 Tagen bei JobMESH gefunden
E Airbus Defence and Space GmbH
Advanced Aerodynamics Methods Tools Engineer (d/f/m)
• Bavaria
Job Description: In order to support Air Power Engineering Aerodynamics, Airbus Defence and Space is looking for a Advanced Aerodynamics Methods Tools
Engineer (d/f/m) Do you want to push boundaries at the heart of Airbus together with a team of great aerodynamic engineers in aerodynamic Design? We want to pave the way into a more digital, sustainable and safer future. Come join us. Aerodynamics is responsible for the aerodynamic design and characterization for all military aircraft programs along their product life cycle. We use numerical simulations, wind tunnel testing and flight test to understand the aerodynamic behavior and to create and deliver aircraft representative aerodynamic data and models for stability control, performance, loads and aeroelastics. Besides, we give support to the production in terms of assessing the aerodynamic impact of non-conformities, repairs plus in-service incidents. Your location Located about an hour s drive [...] with all disciplines relevant for physics of flight such as structures, loads, flight dynamics, mass, etc. Continuous improvement of the aerodynamic software tool chains by developing S/ W scripts based on prescribed requirements Development and support of software for the
mathematical modelling of the aerodynamic aircraft characteristics (aero dataset) Link with the external research community in the field of aerodynamic methods tools, in consistence with the company strategy Desired skills and qualifications Higher education in numerical mathematics, aerospace engineering, mechanical engineering, or equivalent Three or more years of professional experience in numerical simulation Applied skills in Python, C, C++ Strong desire to work, learn and grow as part of a high-performing team Experience and interest in one or more of the following fields is stipulated: Linear and Non-Linear iterative solvers Discretization methods for partial differential equations Turbulent flows and turbulence modelling Mesh generation Proficiency in code development in large software environments designed for usage on massively parallel clusters is advantageous Application [...]
