PhD Cifre Thesis - High order methods development for CFD simulations of contrail jet regime

Responsibilities

• Develop high-order numerical methods, specifically Discontinuous Galerkin, for CFD simulations of aircraft contrail jet regimes
• Set up and execute simulations using the next-generation CFD solver CODA
• Perform advanced physical analysis and validation of simulation results
• Propose and develop appropriate numerical approaches to overcome challenges in large-scale aerodynamic simulations
• Extend and develop the simulation toolchain as required
• Produce scientific communications, including research papers and conference presentations

Requirements

• Engineering or research master degree in Applied Mathematics or Fluid Dynamics
• Strong knowledge of numerical methods for Computational Fluid Dynamics (CFD)
• Proficiency in object-oriented programming, specifically C++ and Python
• Advanced level of English
• Strong communication, networking, and collaboration skills

Benefits

• Attractive salary and profit-sharing schemes
• Employee savings plans and voluntary stock purchase plans
• Flexible working arrangements to support work-life balance
• Comprehensive health and welfare coverage
• Extensive individual development opportunities with access to over 10,000 e-learning courses

About the Company

Airbus pioneers sustainable aerospace for a safe and united world. The company constantly innovates to provide efficient and technologically advanced solutions in aerospace, defense, and connected services. In commercial aircraft, Airbus offers modern and fuel-efficient airliners and associated services, while also maintaining leadership in the defense, security, and space sectors.