Senior Aerodynamicist

This position for the Audi Revolut F1 Team is based at Audi Motorsport AG in Hinwil (Switzerland). 

Deine Aufgabe

• Work closely with other Aerodynamicists within one of the Aerodynamics Development teams
• Lead significant aerodynamic development activities contributing to the performance of the race car
• Develop innovative aerodynamic concepts within current Formula One regulations
• Analyse and interpret CFD, Wind Tunnel and track data to define and support aerodynamic development direction
• Support and drive departmental efforts to improve correlation between CFD, Wind Tunnel and track performance
• Take ownership of major aerodynamic development projects from concept definition through to validation
• Contribute to the definition and prioritization of aerodynamic development direction
• Support and mentor junior members of the aerodynamic development group
• Support Wind Tunnel testing activities when required, including night-shift coverage
• Demonstrate expert understanding and effective use of the department’s development tools and methodologies
• Consistently deliver high-quality aerodynamic development work within demanding timescales
• Demonstrate strong analytical capability, sound engineering judgement and deep understanding of aerodynamic concepts and development processes 
• Identify and develop high-value aerodynamic performance opportunities 
• Contribute positively to the effectiveness, standards, culture and technical direction of the Development group 
• Support the development of less experienced aerodynamicists within the team

Dein Profil

• Strong academic background in Fluid Mechanics and Aerodynamics (MSc level preferred), ideally with a degree in Aerospace / Aeronautical Engineering or a related discipline
• Significant experience in aerodynamic development within Formula One or another high-level motorsport category 
• Strong experience with CFD, Wind Tunnel testing and aerodynamic data analysis tools within a high-performance engineering environment 
• Experience leading aerodynamic development projects and mentoring engineers within a high-performance environment 
• Performance-oriented and highly motivated attitude
• Resilience and ability to perform under pressure   
• Ability to work effectively within a fast-paced and collaborative environment 
• Strong analytical and problem-solving skills 
• Ability to manage and prioritise workload effectively 
• Strong technical judgement and decision-making capability 
• Ability to support and influence the wider engineering group positively
• Good written and verbal communication skills in English