Senior aerodynamics designer
Pubblicato il 01-10-2026 - Motorsport Network in Italia
General Summary This role reports to the Aerodynamics Designer Team Leader or their designee and is based in Maranello, Italy. The role supports the delivery and contribution of departmental and organisational objectives.
Responsible for supporting day‐to‐day operations within their area of responsibility, working collaboratively with colleagues and stakeholders to ensure high standards of service, compliance, and performance. Adherence to organisational policies and procedures, effective communication with line management, and a commitment to continuous improvement and inclusive ways of working is essential. Role Principles Act with integrity, always upholding the highest professional and ethical standards.
Drive innovation and change to continuously improve ways of working and outcomes. Pursue operational excellence, ensuring efficiency, quality, and continuous improvement. Collaborate inclusively, building strong partnerships to achieve shared goals. Maintain a customer‐focused approach, prioritising the needs of internal and external stakeholders.
Champion sustainability by embedding responsible and environmentally conscious practices into everyday work.
Key Responsibilities
Role specific responsibilities Central to the design process, working closely with aerodynamicists, model designers, and full‐size car designers to produce high-quality, high‐performance surfaces. Collaborate within the development teams to provide comprehensive support for the concept surfacing function. Ensure adherence to standard design practices for surface models issued by the aerodynamics department.
Partner closely with aerodynamicists to grasp the definition and requirements of all new surfaces, including modelling and construction approaches. Coordinate with Aerodynamicists and Model Designers to ensure the smooth execution of aerodynamic projects. Supervise and mentor junior aero designer with their contribution to the team activities. Develop high‐quality surface geometry for bot