Aerodynamic Engineer
Pubblicato il 17-08-2026 - Altro in Milano
Experis is the IT & Technology company of Manpower Group.
People and their skills are our success, together we position ourselves as technology partners to our customers through services and solutions.
We want to be creators, together with you, of an innovative, stimulating and flexible working environment, through our Values: People, Knowledge and Innovation.
To support the growth of an international Motorcycle motorsport engineering organization, we are currently looking for an
Aerodynamic Engineer
The successful candidate will contribute to the continuous improvement of vehicle aerodynamic performance through advanced testing methodologies, data analysis, and model validation activities.
This position is particularly suited to engineers with hands-on experience in aerodynamic testing environments who are passionate about vehicle performance and eager to bridge the gap between experimental data and simulation accuracy.
Key Responsibilities
Plan, execute, and analyze aerodynamic test activities on motorcycles in both controlled and outdoor environments.
Support aerodynamic development programs through wind tunnel, proving ground, and on-track testing activities.
Define vehicle setup configurations and testing procedures to ensure reliable and repeatable results.
Collect, process, and interpret aerodynamic and vehicle dynamics data from test campaigns.
Contribute to the validation, correlation, and continuous improvement of aerodynamic simulation models.
Review and optimize simulation model architecture to enhance predictive accuracy.
Collaborate closely with vehicle dynamics, design, and simulation teams to support product development.
Prepare technical reports and communicate test results to cross-functional stakeholders.
Support the development of innovative testing methodologies and data analysis techniques.
Requirements
Master's Degree in Aerospace Engineering, Aeronautical Engineering, or a related engineering discipline.
2 to 4 years of experience in Aerodyna