Structural Analysis Software Engineer (AI/FEM)

Airbus; Getafe; Híbrido; EUR 55.000 - 85.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Hybrid model when possible

Life insurance

Health insurance

Employee stock options

Retirement plan

On-site facilities

Descripción de la vacante

Airbus Operations in Getafe, Madrid, seeks a Structural Analysis Software Developer to design and implement the next-generation simulation platform (Advanced C++ framework) with GUI and multidisciplinary capabilities, including FEM pre/postprocessing, surrogate models, and AI.

You will contribute to the Stress Solver Repository using Modern C++ and Python, automate structural analyses into ISAMI, and help define new sizing methods while ensuring data continuity and collaboration with a

Formación

• Proven experience in Software Engineering/Architecture with a solid foundation in structural/stress analysis.
• Advanced English (written and spoken).
• Proficiency in Modern C++ (C++20+) and Python.
• Experience with GUI frameworks (Qt) and FE/CA tools (ISAMI, HyperWorks, Nastran).

Responsabilidades

• Design and develop the next-generation simulation platform (Advanced C++ framework) including GUI and multidisciplinary capabilities.
• Code and implement capabilities within the Stress Solver Repository using Modern C++ and Python.
• Automate structural analysis processes into ISAMI per Airframe Engineering strategy.
• Maintain and optimize existing methods and tools for Airbus programs, ensuring performance.
• Define new sizing/optimization methods to standardize future development workflows.
• Supervise and validate sub-contracted software development activities.

Conocimientos

Software Engineering

Teamwork

English proficiency

Educación

Engineering degree (Aeronautical/Aerospace/Industrial/CS)

Herramientas

Modern C++ (C++20+)

Python

Qt

ISAMI

Altair HyperWorks

MSC Nastran

Descripción del empleo

Airbus Operations in Getafe, Madrid, seeks a Structural Analysis Software Developer to design and implement the next-generation simulation platform (Advanced C++ framework) with GUI and multidisciplinary capabilities, including FEM pre/postprocessing, surrogate models, and AI.

You will contribute to the Stress Solver Repository using Modern C++ and Python, automate structural analyses into ISAMI, and help define new sizing methods while ensuring data continuity and collaboration with a