CFD Methodology Engineer

CFD Methodology Engineer

Cambridge Full-Time 48000 - 72000 Β£ / year (est.) No home office possible
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At a Glance

  • Tasks: Develop CFD processes and improve modelling accuracy in a fast-paced F1 environment.
  • Company: Join Audi's innovative F1 team, known for cutting-edge technology and a passion for racing.
  • Benefits: Enjoy a dynamic work culture, opportunities for growth, and the thrill of motorsport.
  • Why this job: Be part of a groundbreaking project that shapes the future of Formula 1 and advanced technology.
  • Qualifications: MSc or PhD in relevant fields with strong CFD knowledge and programming skills required.
  • Other info: Opportunity to support the racing team during weekends and contribute to exciting projects.

The predicted salary is between 48000 - 72000 Β£ per year.

Our Team

Welcome to the Audi F1 Project.

Audi will be competing in the FIA Formula 1 World Championship from 2026.

The new team has three locations. The Sauber Group\’s Formula 1 factory in Hinwil (Switzerland) is known for its innovative technologies and passion for racing. Audi\’s Motorsport Competence Center in Neuburg (Germany) is considered one of the most modern of its kind in Europe. We have recently opened Sauber Motorsport Technology Center in the UK. Our Power Unit comes from Neuburg, while Hinwil is responsible for the development of the chassis and race operations with support from the UK.

What you need? The mindset of an athlete. If you are someone for whom giving up isn’t an option and limits are just something to be overcome, you can bring Vorsprung durch Technik to Formula 1 with us. Become part of this unique project and make motorsport history.

Your mission

  • Work effectively to develop CFD processes in an F1 environment
  • Have an impact on how CFD technology is used by the whole aerodynamic department
  • Improve the CFD physical modelling to increase the accuracy of the prediction
  • Work closely with external software providers on specific development projects
  • Contribute meaningfully to future direction and trends in advanced CFD methods
  • Work in an agile software development team

Your profile

  • MSc or PhD in Aerospace Engineering, Mechanical Engineering, Mathematics or a related field with a strong focus on computational fluid dynamics
  • Knowledge of developing CFD Methods in OpenFOAM
  • Knowledge of high-Reynolds flows physics and turbulence modelling, C++ and Python programming languages
  • Working knowledge of parallel computing and high-performance computing (HPC)
  • Familiarity with software release, update and deployment techniques as well as developing software in Linux environments
  • Strong communication skills both in verbal and in written
  • Pragmatic with a distinct analytical approach at the same time
  • Highly self-motivated, dedicated, creative and results-oriented
  • Able to work independently with a very high attention to detail
  • Persevering, resilient, open-minded, innovative and a team player with a strong focus
  • Ability to support the racing team on a few weekends during the season to help with unexpected problems with the software
  • Eager to be part of a great team, working in a dynamic, cross-functional environment

We are an equal opportunities employer.
As an equal opportunities employer, Sauber Motorsport Technology Center, UK is committed to the equal treatment of all current and prospective employees and does not condone discrimination on the basis of age, disability, sex, sexual orientation, pregnancy and maternity, race or ethnicity, religion or belief, gender identity, or marriage and civil partnership.

We aspire to have a diverse and inclusive workplace and strongly encourage suitably qualified applicants from a wide range of backgrounds to apply and join Sauber Motorsport Technology Center, UK.

CFD Methodology Engineer employer: Stake F1 Team Kick Sauber

At Sauber Motorsport Technology Center in the UK, we pride ourselves on fostering a dynamic and innovative work culture that thrives on collaboration and creativity. As part of the Audi F1 Project, employees are offered unique opportunities for professional growth within the high-octane world of motorsport, alongside competitive benefits and a commitment to diversity and inclusion. Join us to be at the forefront of cutting-edge technology and make a significant impact in the thrilling realm of Formula 1 racing.
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Contact Detail:

Stake F1 Team Kick Sauber Recruiting Team

StudySmarter Expert Advice 🀫

We think this is how you could land CFD Methodology Engineer

✨Tip Number 1

Familiarise yourself with the latest trends in computational fluid dynamics (CFD) and how they apply to Formula 1. This will not only help you understand the role better but also allow you to engage in meaningful conversations during interviews.

✨Tip Number 2

Network with professionals in the motorsport industry, especially those involved in CFD. Attend relevant conferences or webinars where you can meet potential colleagues and learn more about the specific challenges they face.

✨Tip Number 3

Showcase your programming skills, particularly in C++ and Python, through personal projects or contributions to open-source software. This practical experience can set you apart from other candidates.

✨Tip Number 4

Prepare to discuss your experiences with high-performance computing (HPC) and parallel computing. Be ready to provide examples of how you've applied these skills in past projects, as this is crucial for the role.

We think you need these skills to ace CFD Methodology Engineer

Computational Fluid Dynamics (CFD)
OpenFOAM
High-Reynolds Flows Physics
Turbulence Modelling
C++ Programming
Python Programming
Parallel Computing
High-Performance Computing (HPC)
Software Development in Linux Environments
Agile Software Development
Strong Communication Skills
Analytical Approach
Attention to Detail
Problem-Solving Skills
Team Collaboration
Resilience and Perseverance

Some tips for your application 🫑

Tailor Your CV: Make sure your CV highlights your MSc or PhD in Aerospace Engineering, Mechanical Engineering, or Mathematics. Emphasise your experience with CFD methods, particularly in OpenFOAM, and any relevant programming skills in C++ and Python.

Craft a Compelling Cover Letter: In your cover letter, express your passion for motorsport and how your background aligns with the role. Mention specific projects where you've developed CFD processes or worked with high-Reynolds flows physics to demonstrate your expertise.

Showcase Your Soft Skills: Highlight your strong communication skills and ability to work in a team. Provide examples of how you've collaborated in an agile environment or contributed to software development projects, showcasing your analytical and problem-solving abilities.

Proofread Your Application: Before submitting, carefully proofread your application materials. Ensure there are no spelling or grammatical errors, and that your documents are well-structured and easy to read. Attention to detail is crucial for this role.

How to prepare for a job interview at Stake F1 Team Kick Sauber

✨Show Your Passion for Motorsport

Make sure to express your enthusiasm for Formula 1 and motorsport in general. Share any personal experiences or projects that highlight your dedication to the field, as this will resonate well with the interviewers.

✨Demonstrate Your Technical Expertise

Be prepared to discuss your knowledge of CFD methods, particularly in OpenFOAM, and your experience with high-Reynolds flows and turbulence modelling. Bring examples of past projects where you successfully applied these skills.

✨Highlight Your Problem-Solving Skills

Since the role involves supporting the racing team during unexpected issues, share specific instances where you've tackled complex problems under pressure. This will showcase your resilience and ability to think on your feet.

✨Emphasise Team Collaboration

The job requires working in a cross-functional environment, so illustrate your ability to collaborate effectively with others. Discuss how you've contributed to team projects in the past and your approach to communication within a team setting.

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