TRACKSIDE AERODYNAMICS ENGINEER in Milton Keynes

TRACKSIDE AERODYNAMICS ENGINEER in Milton Keynes

Milton Keynes Full-Time 44595 - 54505 £ / year (est.) No working from home possible
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At a Glance

  • Tasks: Support race and aerodynamics teams with data analysis and trackside engineering.
  • Company: Join Red Bull Technology, a high-performance innovation hub in Formula One.
  • Benefits: Competitive salary, bonus scheme, private healthcare, on-site gym, and free daily food.
  • Other info: Dynamic environment with opportunities for bold engineering and innovative thinking.
  • Why this job: Be part of a world-class team driving cutting-edge technology and championship-winning cars.
  • Qualifications: Engineering degree in Aerodynamics and extensive experience in Formula One.

The predicted salary is between 44595 - 54505 £ per year.

We are looking for an experienced Aerodynamics Engineer to join the Aerodynamics Performance Group in our highly successful Formula One team.

This exciting opportunity based at our Milton Keynes Campus will primarily involve supporting our Race and Aerodynamics Teams through the analysis of Track, Wind Tunnel and CFD data.

The role will involve regular attendance at the track for race and test events.

Your Impact

In addition to supporting the development of new aerodynamic analysis tools and performance methodologies, the role involves providing trackside engineering support at race and test events.

Key responsibilities include pre-event aerodynamic setup optimisation, management and validation of aerodynamic datasets, real-time performance analysis, and ensuring the highest standards of aerodynamic quality and measurement accuracy are maintained throughout each event.

What we look for

You will have extensive experience working within Formula One, gaining exposure to both Wind Tunnel and CFD development.

Previous experience in both Aero Development and Aero Performance roles will be a distinct advantage.

You will hold an Engineering degree with a specialisation in Aerodynamics and be able to demonstrate:

  • A thorough understanding of the principles of Aerodynamics and their application to Formula One.
  • Extensive experience of data analysis tools and techniques with a focus on correlation between environments.
  • A good understanding of numerical modelling techniques and experience with handling large and complex datasets.
  • Experience with the practicalities of on car aerodynamic measurement systems and maintaining high standards of aerodynamic component quality.
  • An aptitude for problem-solving and innovative thinking.
  • A flexible approach and good communication skills.
  • An ability to deliver results under pressure to tight deadlines.

What we can offer you

At Red Bull Technology, we’re more than a Formula 1 team - we’re a high-performance innovation hub, pushing the limits of what’s possible.

We thrive on big ambitions, bold engineering, and a relentless drive to win.

Our success is built on trust, collaboration, and the belief that the best ideas come from those who dare to challenge the norm.

Alongside a competitive salary, you’ll enjoy

  • Bonus scheme
  • Private healthcare
  • On-site gym
  • Free daily food allowance

• And many more!

But above all, you’ll be part of a world-class team, powering cutting-edge technology and driving championship-winning cars.

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TRACKSIDE AERODYNAMICS ENGINEER in Milton Keynes employer: Red Bull Racing

At Red Bull Advanced Technologies, we pride ourselves on being an exceptional employer that fosters a culture of innovation and collaboration. Our team thrives in a dynamic environment where cutting-edge engineering meets the excitement of Formula 1, offering employees unparalleled growth opportunities and a chance to work on groundbreaking projects. With benefits like private healthcare, a bonus scheme, and a vibrant workplace culture, we ensure our employees are supported both professionally and personally.

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Contact Details:

Red Bull Racing Recruitment Team

We think you need these skills to ace TRACKSIDE AERODYNAMICS ENGINEER in Milton Keynes

Aerodynamics Principles
Wind Tunnel Analysis
CFD Data Analysis
Data Analysis Tools
Numerical Modelling Techniques
Aerodynamic Measurement Systems
Problem-Solving Skills