Job ID: 01641022 Tasks: - Static and Dynamic analysis of Aircraft seats with Finite Element Analysis in LS-DYNA aligned with aerospace standards and certification requirements - Preparation and simplification of CAD data with Solid Edge/NX and Hypermesh - Meshing with ALTAIR Hypermesh, Pre- and Postprocessing with LS PrePost - Crosschecking complex analysis results with engineering judgment (hand-, code-scripting and spreadsheet calculations). - Develop and validate LS-DYNA material cards using component level static analysis. - Initiate and perform static and dynamic tests to improve simulation accuracy. - Evaluation and assessment of results and preparation of detailed technical reports and presentations. - Support of the design team for new products via data-driven analysis results. - Define scope of project aligned with stakeholders and provide results tailored to business needs. - Optimization of structures with regard to mass, strength and stiffness. - Interaction with project stakeholders (internal and external) to optimize the designs and interfaces. Your Profile - Master’s degree in Mechanical/Aerospace Engineering, or similar qualification - At least 3-5 years professional experience in a stress, FE and/or CAE engineering role, preferably in the aerospace industry. - At least 3 years professional working experience performing dynamic crash analysis preferably in the aircraft seating sector or aerospace industry. - Knowledge of Aerospace specifications and standards (CS27, CS29, AS8049B, ARP5765B, etc.) - Knowledge of relevant Part 21 requirements and procedures - Strong background in explicit Crash Analysis using LS-DYNA - Strong background in Altair Hypermesh and LS-Prepost. - Knowledge in material testing for characterizing and developing LS-DYNA material cards. - Detailed understanding of the FE modelling process stages including meshing, boundary conditions, solution optimization and results interpretation - Experience in using Humanetics vATD models in LS-DYNA for Crash and Injury assessment Analysis. - Learn quickly and use initiative to understand highly complex designs. - Awareness of the right balance between model simplicity and accuracy. - Ability to work with tight schedules and manage time and the demanding expectations of the different projects. - Fluent in English and German is desirable - Experience with Matlab/Simulink desirable - Skilled in the use of IT tools, including MS Office, project planning and scheduling software. - Open-minded team player with good communication skills and accept responsibility within the projects
Structural Engineer (d/f/m) (Ingenieur/in - Luft- und Raumfahrttechnik)Structural Engineer (d/f/m) (Ingenieur/in - Luft- und Raumfahrttechnik)