Aero Simulation & Correlation Placement (Student)

Alpine F1 Team; Enstone; On-site; GBP 18,000 - 24,000; Full time

Benefits offered by this job

Private medical healthcare

On-site gym

Canteen with daily allowance

Career development opportunities

Job summary

ALPINE RACING LIMITED is looking for an Aero Simulation and Correlation Student Placement in Enstone for a 1-year program starting July 2027. You will support engineers with correlation and simulation projects to accelerate aero development on the race car.

You will work on data analysis, visualization workflows and collaborate across design and performance teams to apply aerodynamic insights on track. On-site assessment centre in September is expected.

Qualifications

• Currently studying for an engineering degree (e.g., Aeronautical, Mechanical, Automotive) and seeking an industry placement in your penultimate year of university.
• Strong understanding of fluid dynamics and aerodynamic principles.
• Knowledge of wind tunnel experimental techniques and computational fluid simulations beneficial.
• Experience with scientific programming, data visualization and statistical data analysis.

Responsibilities

• Assist in projects understanding how the aero behaviour on the race car correlates to our tools.
• Contribute to simulation studies to help drive future car development directions.
• Contribute to the development of data analysis and visualisation workflows.
• Collaborate with design and performance teams to ensure aerodynamic insights are effectively applied.

Skills

Fluid dynamics

Aerodynamics principles

Scientific programming

Data visualization

Statistical data analysis

Education

Engineering degree (penultimate year)

Tools

Python

MATLAB

Job description

ALPINE RACING LIMITED is looking for an Aero Simulation and Correlation Student Placement in Enstone for a 1-year program starting July 2027. You will support engineers with correlation and simulation projects to accelerate aero development on the race car.

You will work on data analysis, visualization workflows and collaborate across design and performance teams to apply aerodynamic insights on track. On-site assessment centre in September is expected.