Our Vehicle Engineering department is the driving force behind performance and innovation at Williams Racing. From electronics and control systems to mechanical design, data processing, and structural integrity, our experts work as one to deliver race-winning performance. Every component from chassis to bodywork is crafted with precision, powered by collaboration, and guided by a shared passion for excellence. 

Within Vehicle Engineering, our teams focus on:    

Chassis, Bodywork & Wings (CBW) 
The Chassis, Bodywork and Wings Department plays a critical role in developing innovative solutions that deliver performance to our Formula 1 cars. Our team of skilled Design Engineers works tirelessly to deliver right first time, structurally optimal car parts, directly influencing our performance on the track. 

Design Quality    
In the Design Quality team, we organise data, documentation and own many processes which are key to supporting the engineers within Vehicle Design. For example, we help check and approve design releases and we refine processes. We also work with Production Operations to improve processes. 

Materials 
The Materials Engineering department delivers crucial data to the wider company to enable efficient design, manufacturing and racing of car components. This information is generated in three main areas; new material characterisation, design & manufacturing process support and fault analysis. As a result, this area involves a broad range of materials and associated processes. 

Powertrain 
The Powertrain Design team is a core part of Vehicle Engineering at Williams Racing, responsible for developing high-performance systems that deliver power, reliability, and efficiency. Working closely with Aerodynamics, Vehicle Dynamics, Manufacturing, and Simulation teams, Powertrain engineers design components from concept to prototype, using advanced materials and cutting-edge technologies. From gearbox housings to cooling systems, the team produces detailed drawings and assemblies for manufacturing, contributing directly to the car’s on-track performance. It’s a fast-paced, collaborative environment where innovation and precision drive results. 

Suspension, Steering & Brakes (SSB)  
The SSB team is a key part of Vehicle Engineering at Williams Racing, responsible for developing the systems that connect the car to the track. Working closely with Aerodynamics, Vehicle Dynamics, and Manufacturing, the team designs and engineers' components such as wishbones, uprights, steering systems, and brake assemblies. Using advanced materials and precision design tools, SSB contributes directly to handling, performance, and safety. From concept to prototype and testing, the team plays a vital role in delivering race-winning capability through mechanical excellence. 

Structures 
The Structures department drives car design forward ensuring components are safe while extracting the maximum performance available. We verify that designs meet FIA and internal criteria working with multiple departments to achieve the optimum for all.   

Electronics, Software and Controls
This team works across both software and mechanical domains to support the development and integration of race car systems. Their responsibilities include building bespoke software tools to process and analyse real-time telemetry data, delivering insights that inform performance decisions. In parallel, they contribute to the mechanical design and installation of custom electrical enclosures and harnesses used throughout the car. This cross-functional role plays a key part in ensuring the reliability and competitiveness of the car on track. 

We are hiring for the following roles:       

• Vehicle Engineering Graduate  - Rotational 

Join the Vehicle Design team on a rotational programme at Williams Racing and gain immersive, hands-on experience across core vehicle engineering disciplines. You’ll contribute to performance-enhancing projects across areas such as Chassis, Bodywork & Wings, Design Quality, Materials, Powertrain, Structures, and Systems Engineering. 

Shape the Future 

• Collaborate across Aerodynamics, Vehicle Dynamics, Manufacturing, Simulation, and other departments to deliver innovative car designs. 

• Contribute to the development of high-performance components and assemblies using cutting-edge materials and manufacturing techniques. 

• Support research and development initiatives that push the boundaries of engineering excellence in Formula 1. 

Make Real Impact 

• Develop and deliver engineering designs and drawings for vehicle components and assemblies. 

• Perform calculations and liaise with simulation and structures teams for specialist analysis. 

• Produce test specifications and reports for both factory and trackside use. 

• Investigate and resolve design faults and manufacturing queries to ensure quality and reliability. 

Find Your Place 

• Studying or recently graduated with a degree in Mechanical Engineering or a related discipline. 

• Strong understanding of engineering fundamentals including mechanics, thermodynamics, materials, fluid dynamics, and mathematics. 

• Experience with CAD software (e.g., NX) and simulation tools. 

• Knowledge of composite and metallic materials and their applications. 

• Proactive, detail-oriented, and collaborative—ready to thrive in a fast-paced, high-performance environment. 

• Materials Engineer Graduate 

As a Materials Engineer, you’ll play a key role in supporting the development and application of advanced materials technologies that enhance vehicle performance. You’ll be involved in a wide range of activities including material testing, fault analysis, and process documentation all of which contribute to the efficient design, manufacturing, and racing of high-performance car components. 

Your work will directly impact the reliability and innovation of our engineering processes, helping the team stay at the cutting edge of motorsport technology. By delivering materials projects and supporting cross-functional teams, you’ll ensure that our cars are built with precision, durability, and speed in mind. 

Shape the Future 

• Proactively contribute ideas to improve materials processes, tools, and systems. 

• Eager to learn and adapt quickly in a fast-paced technical environment. 

• Collaborate across departments to enhance material performance and reliability. 

• Take initiative and seek opportunities to improve how things are done. 

• Stay curious and open to feedback to keep pace with Formula 1 engineering. 

Make Real Impact 

• Apply materials engineering principles to solve complex performance and reliability challenges. 

• Analyse test data and failure investigations to drive process improvements. 

• Communicate clearly and effectively, both verbally and in writing. 

• Support manufacturing with Quality Assurance coupon testing. 

• Assist with root cause analysis to prevent recurrent issues.