Formula One Structures Engineer — FEA & Composites

Paddock; Milton Keynes; Hybrid; GBP 55,000 - 75,000; Full time

Benefits offered by this job

Performance-related bonus

Private healthcare

Life assurance

Company pension contribution

On-site gym and fitness classes

Cycle-to-work scheme

Free food on campus

Job summary

Red Bull Racing Formula One Team in Milton Keynes seeks a Structures Analyst to deliver structural assessments and performance-driven analysis of components for our race cars. You will combine hand calculations with Finite Element Analysis (FEA) to validate designs and push the boundaries of weight, stiffness and durability.

Collaborating with Design, Aerodynamics, Vehicle Dynamics and the Race Team, you will influence concepts from initial concepts through to trackside performance and

Qualifications

• Experience in structural analysis within a high-performance engineering environment.
• Confidence using both classical hand calculations and Finite Element Analysis (FEA) techniques.
• A proven ability to investigate, optimise and validate engineering designs.
• Broad knowledge of structural behaviour across composites, metals and plastics.

Responsibilities

• Deliver structural assessments and performance-driven analysis of components and assemblies.
• Use FEA and hand calculations to validate, optimise and refine designs.
• Collaborate with Design, Aerodynamics, Vehicle Dynamics and the Race Team to influence engineering decisions from concept to trackside performance.

Skills

Structural analysis

FEA modelling

Hand calculations

Materials knowledge

Job description

Red Bull Racing Formula One Team in Milton Keynes seeks a Structures Analyst to deliver structural assessments and performance-driven analysis of components for our race cars. You will combine hand calculations with Finite Element Analysis (FEA) to validate designs and push the boundaries of weight, stiffness and durability.

Collaborating with Design, Aerodynamics, Vehicle Dynamics and the Race Team, you will influence concepts from initial concepts through to trackside performance and