PROGRAM

Aim

Acquire the skills to :

• Design, optimize and organize all the technical solutions;
• Master and implement product manufacturing methods;
• Take account of the productivity and quality imperatives of the Motorsport sector.

Program benefits

• Teaching faculty heavily involved in the industrial sector;
• Concrete and practical project-based approach.

Skills acquired

• Identify the different categories, race tracks and regulations in motorsport;
• Understand the sensor technology, analyze signals for reliability, analyze and create performance tools to present quantifiable results for car development / performance;
• Identify race vehicle architecture, make and analyze dimensioning calculations, pilot and analyze mechanical tests, propose new solutions, optimise a structure, get to know “new” materials;
• Define aerodynamic principles, identify aerodynamic phenomena, conduct and analyze wind tunnel tests, use CFD for analysis, organize track trials;
• Identify the architecture of a combustion engine, an electric, hybrid and hydrogen engine;
• Analyze gearbox technology;
• Identify the materials used in tyres, analyze tyre behavior, analyze the impact of tyres on performance;
• Analyze pilot behavior, identify track safety, perform driving analysis on track and on simulator;
• Manage projects, write reports, communicate and speak in public.

700 hours of academic coursework including a industrial project followed by a professional thesis (October to February).

6 months minimum of in-company operational training (March to August).