At Atlassian Williams Racing, our aerodynamicists are pioneers of innovation - influencing the entire car design and transforming driver feedback into aerodynamic advancements that elevate performance with every lap. We’re focused on precision - refining downforce where it matters most to unlock speed, control, and efficiency. Combined with our Atlassian partnership, driving collaboration, we shape the car and the team for championship-winning form. 

Our Aerodynamics Department is comprised of subject matter experts across some of the following core areas. 

• Aerodynamic Development  
  Aerodynamic expertise is applied to the design, testing, and optimisation of critical race car components such as wings, floors, and suspension surfaces. Leveraging advanced tools like Computational Fluid Dynamics (CFD) and wind tunnel testing, the focus is on maximising downforce, minimising drag, and enhancing overall performance. These efforts are central to Williams Racing’s commitment to innovation and technical excellence as the team strives to return to the front of the grid. 
   

• Computational Fluid Dynamics 
  CFD simulation tools and methodologies are developed and optimised to improve aerodynamic accuracy and efficiency. This includes enhancing solver performance, refining turbulence modelling, and advancing mesh generation techniques. These innovations play a critical role in supporting Williams Racing’s commitment to engineering excellence and continuous performance improvement, helping drive the team’s pursuit of competitive advantage through advanced technology. 
   

• Model Design 
  This area plays a vital part in supporting the Aerodynamics Department by constructing and maintaining high-precision wind tunnel models. These models are essential for enabling accurate aerodynamic testing and development, which directly contributes to Williams Racing’s mission of enhancing race car performance through continuous technical innovation. The work is hands-on, detail-oriented, and central to driving forward the team's competitive edge on the track. 
   

• Trackside Aerodynamics  
  Race operations are supported through the planning, coordination, and execution of trackside technology projects, including IT systems, infrastructure, and data services. These efforts ensure reliable performance and seamless integration across global race events, playing a crucial role in maintaining operational excellence. By enabling smooth and efficient technical delivery, this work directly contributes to Williams Racing’s competitive edge and commitment to high-performance innovation. 

We are hiring for the following roles:     

• Aerodynamics ATF Electronics Systems Industrial Placement     

We are seeking an Electronics or Mechatronics Engineer to support the technical development of our Aerodynamic Test Facilities (ATF) at Williams. This factory-based role involves working in a supportive and collaborative team to deliver Wind Tunnel projects using your knowledge of electronics and systems.  

As an ATF Electronics Systems industrial placement, you will create and develop Wind Tunnel Model and facility systems aimed at improving aerodynamic test technique and capability, through concept and development, to operational delivery.   
 

Shape The Future  

• Demonstrate flexibility and curiosity to stay ahead of emerging technologies and trends.  

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

• Show a strong willingness to learn, adapt and take on new challenges in a dynamic environment.  

• Collaborate effectively across teams and departments thriving in a fast-paced performance driven culture.  

Make Real Impact  

• Apply your analytical thinking and problem-solving skills to technical challenges and testing.  

• Maintain a high level of attention to detail across data analysis.  

• Communicate clearly and professionally, both verbally and in writing across technical and non-technical audiences.  

Find Your Place  

• Bring a background in Electrical or Mechatronic Engineering.  

• Work collaboratively with team members, demonstrating a strong understanding of what drives high-performance teams.  

• Remain adaptable in evolving environments, with the ability to respond confidently to schedule changes and last-minute changes

• Aerodynamics ATF Engineer Industrial Placement     

We are seeking a Multi-Disciplinary Engineer to support both the operation and technical development of our Aerodynamic Test Facilities (ATF) at Williams. This factory-based role involves running wind tunnel tests, maintaining accurate records, and improving testing methodologies to deliver high-quality experimental data that drives on-track performance.   
  

As an ATF Engineer industrial placement, you will focus on WT operations and the development of mechanical R&D systems to deliver improvements to both our wind tunnel model and facility systems.    

Shape The Future  

• Demonstrate flexibility and curiosity to stay ahead of emerging technologies and trends.  

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

• Show a strong willingness to learn, adapt and take on new challenges in a dynamic environment.  

• Collaborate effectively across teams and departments thriving in a fast-paced performance driven culture.  

Make Real Impact  

• Apply your analytical thinking and problem-solving skills to technical challenges and testing.  

• Demonstrate your mechanical skills on both facility and model sub-assemblies to ensure fault free operation.  

• Communicate clearly and professionally, both verbally and in writing across technical and non-technical audiences.  

Find Your Place  

• Bring a background in Automotive, Mechanical or Motorsport Engineering.  

• Work collaboratively with team members, demonstrating a strong understanding of what drives high-performance teams.  

• Remain adaptable in evolving environments, with the ability to respond confidently to schedule changes and last-minute changes.  

• Aerodynamic Development  Industrial Placement 

We are looking for engineers with a strong understanding of aerodynamics to support the analysis and development of performance-driven solutions. You’ll be part of the team that through deep technical analysis, uses Williams’ in-house tools to interpret car changes and uncover insights that translate to gains on track. You’ll collaborate closely on aerodynamic experiments, applying a methodical and data-driven approach to testing and development. With a working knowledge of CAD and a strong awareness of wind tunnel testing, you'll contribute to shaping the car’s evolution through continuous questioning, experimentation, and performance-focused thinking. 

Shape The Future 

• Demonstrate innovative thinking that enhances performance, improves processes, or overcomes technical challenges within a fast-paced engineering environment. 

• Apply analytical skills and technical knowledge to identify root causes with a focus on continuous improvement. 

• Work collaboratively with colleagues across departments, contributing positively to team dynamics and supporting shared goals in a high-performance culture. 

Make Real Impact 

• Take ownership of responsibilities and outcomes, demonstrating reliability and a proactive mindset to deliver consistent, high-quality results. 

• Clearly convey complex technical information both verbally and in writing, fostering understanding across multidisciplinary teams and supporting collaborative decision-making. 

• Maintain precision and thoroughness in all aspects of work, from data analysis to experimental execution, ensuring accuracy and reliability of results. 

Find Your Place 

• Bring a background in Aerodynamics, preferably Aerospace or Motorsport Engineering. 

• Manage multiple tasks and projects efficiently by prioritising workloads, maintaining clear documentation, and meeting tight deadlines without compromising quality.