Flight Physics Capabilities - Computational Fluid Dynamics Engineer (M/F) (H/F)

AIRBUS OPERATIONS SAS; Toulouse; Sur place; EUR 55 000 - 75 000; Plein temps

Avantages offerts par ce poste

Profit sharing schemes

Employee savings plan

Stock purchase plan

Flexible working arrangements

Health insurance

Résumé du poste

Airbus Commercial Aircraft in Toulouse, France, seeks a Computational Fluid Dynamics Engineer to join the Engineering Flight Physics Capability Team. The role covers end-to-end CFD processes, from meshing to post-processing, to support aircraft design with technical excellence.

The candidate will work within a transnational team, collaborating with R&D partners and external researchers. The position involves developing complex aerodynamic simulations and supervising PhD projects, contributing to

Qualifications

• Experience with CFD in aerospace
• Ability to support end-to-end CFD processes
• Experience collaborating across transnational teams
• Experience supervising PhD students or mentoring researchers

Responsabilités

• Contribute to industrialisation and validation of next-generation CFD capabilities.
• Ensure end-to-end technical support for CFD runs and post-processing.
• Develop complex aerodynamic, aero-elastic, and aero-acoustic simulations.
• Interact with R&D partners and international teams.
• Supervise PhD students and assess CFD tools through PoCs.

Connaissances

CFD

Aerodynamics

Cross-functional collaboration

Outils

ANSA Meshing

CODA CFD

Description du poste

Job Description:

Airbus Commercial Aircraft is looking for a Computational Fluid Dynamics Engineer (f/m) to join our Engineering Flight Physics Capability department based in Toulouse, France.

You will be part of a team developing world-class customer-oriented computational simulation means and advanced services for Aerodynamics. As part of the Engineering Flight Physics Capability Team, you will be involved in the full E2E Computational Fluid Dynamics process aiming at supporting the aircraft design process through technical excellence and continuous innovation.

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 your employability, certifications, expert career path, accelerated development programmes, national and international mobility.

At Airbus, we support you to work, connect and collaborate more easily and flexibly. Wherever possible, we foster flexible working arrangements to stimulate innovative thinking.

Your challenges:

• Contribute to the industrialisation and validation of next-generation in-house Computational Fluid Dynamics capabilities.
• Ensure full end-to-end technical support (ANSA Meshing, CODA Computational Fluid Dynamics runs, post-processing) for our transnational end-users.
• Develop complex applications in aerodynamic, aero-elastic, and aero-acoustic simulations interacting directly with aerodynamic shape design customers.
• Interact with key R&D partners, external research establishments, and collaborate closely within a transnational capabilities team (Europe and India).
• Supervise PhD students and assess Computational Fluid Dynamics tools by benchmarking COTS or developing Proofs of Concept (PoC).