Talent Pool: Tyre Performance Engineer

identify opportunities for improved vehicle performance and lap time. Supporting race weekends through tyre analysis, setup recommendations and collaboration with Race Engineering, Vehicle Performance and Operations teams. Investigating correlation between simulation tools and on-track behaviour to improve confidence in performance predictions and decision-making. Developing and enhancing analysis methodologies, tools and models to improve tyre understanding and engineering capability. Identifying and delivering innovative tyre performance concepts that help maximise tyre utilisation and create competitive advantage. At senior levels, leading technical investigations, setting development direction and mentoring engineers across tyre performance projects What We Typically Look For Successful candidates for these roles often bring: A degree or equivalent qualification in Mechanical Engineering, Aeronautical Engineering, Automotive Engineering, Mathematics, Physics or a related discipline Experience in tyre performance engineering, tyre development, vehicle performance or a related motorsport engineering function Strong analytical and problem-solving skills with the ability to interpret complex datasets and identify meaningful performance opportunities A solid grounding in engineering fundamentals, mechanics and numerical methods Experience working in Formula 1, elite motorsport or another high-performance engineering environment Excellent communication and collaboration skills, with the ability to work effectively across technical departments A proactive, curious and innovative mindset with a passion for continuous improvement The ability to perform effectively in fast-paced, high-pressure environments where attention to detail matters They may also have experience or interest in areas such as: Tyre modelling and simulation Vehicle dynamics and lap time optimisation Data analysis and performance engineering Race strategy and race support Correlation and model validation Mathematical modelling and optimisation techniques Control systems and numerical methods Python, MATLAB, C++ or other object-oriented programming languages Simulation tool development and automation Non-linear programming and optimal control Across all seniorities, we value individuals who are collaborative, inquisitive and performance-focused. People who enjoy turning data into insight, challenging assumptions and finding innovative ways to improve vehicle performance. Ref : 814 #J-18808-Ljbffr