Graduate Data Scientist, Vehicle Science (F1)

Paddock; Silverstone; Remote; GBP 32,000 - 42,000; Full time

Benefits offered by this job

Discretionary bonus

Private healthcare

Pension plan

Life assurance

Childcare benefits

Job summary

Aston Martin Formula One Team in Silverstone, United Kingdom, is seeking a Graduate Data Scientist to join the Vehicle Science team. You will apply mathematical modeling, statistics and machine learning to turn data from simulations, wind tunnel tests and track into actionable performance insights.

You'll build Python-based analysis tools, develop reduced-order models, validate results and work with engineers across aerodynamics, simulation and vehicle performance to accelerate car development.

Qualifications

• BSc or MSc in a quantitative discipline with strong maths/physics foundations.
• Interest in applying modelling and data analysis to engineering problems.
• Familiarity with regression, optimisation and ML methods.

Responsibilities

• Develop physics-based, reduced-order and data-driven models for engineering analysis.
• Build Python analysis tools to turn simulation and track data into insights.
• Apply modelling and ML to identify trends and improve predictions.
• Integrate data from multiple sources and contribute to data pipelines.
• Collaborate with multiple engineering teams to implement solutions.

Skills

Mathematics/Statistics

Python programming

Data analysis

Machine learning

Mathematical modelling

Problem solving

Team collaboration

Education

BSc/MSc in Mathematics/Physics/Engineering/CS

Tools

NumPy

Pandas

SciPy

scikit-learn

Job description

Aston Martin Formula One Team in Silverstone, United Kingdom, is seeking a Graduate Data Scientist to join the Vehicle Science team. You will apply mathematical modeling, statistics and machine learning to turn data from simulations, wind tunnel tests and track into actionable performance insights.

You'll build Python-based analysis tools, develop reduced-order models, validate results and work with engineers across aerodynamics, simulation and vehicle performance to accelerate car development.