E-Horizon

E-Horizon Project

We bring students closer to engineering and motorsport, providing practical and theoretical skills in the design and management of a competition vehicle.

Learning goals

The E-Horizon project aims to bring students closer to engineering and motorsport, providing practical and theoretical skills across all aspects of designing and managing a competition vehicle.

Students develop skills in electronics, design, software, communication, project management and branding, preparing for technical and collaborative challenges in real contexts.

Who it’s for

E-Horizon is designed for all high schools, regardless of specialization, and offers a unique opportunity to get closer to engineering and motorsport.

Through structured pathways and hands-on activities, each student can develop skills in electronics, design, software, communication, project management and branding, actively contributing to building a competition vehicle.

Teachers can support teams as advisors, providing technical and educational guidance and accompanying students through a complete and engaging learning experience.

One car, many topics

Interactive
Study of airflow, shapes and aerodynamic components to optimize speed and stability.
Programming, data management and digital tools for vehicle design and simulation.
Electronic control systems, sensors, engine management and vehicle telemetry.
Analysis of vehicle behavior in cornering, acceleration, braking and balance.
Management of costs, materials and resources for vehicle construction and maintenance.
Organization of materials, movements and timing to optimize team operations.
Production of prototypes and components using additive manufacturing and 3D printing technologies.
Assembly, maintenance and optimization of the vehicle’s mechanical components.

Teacher / advisor role

Advisors are external figures such as alumni, teachers or professionals who provide technical and educational support.

Their role is consulting, training and supervision: they do not directly participate in competitions and do not hold operational roles during official sessions.

Each team can have up to 2 advisors, declared at registration.

Project timeline

Materials and tools

To support students in designing and building the car, we provide free of charge...

CAD

A standard 3D model of the vehicle that students can use to design and simulate components.

Documents

Guides, tutorials and theory materials to understand all technical and design aspects.

Support

Access to tutors, mentors and advisors for continuous help throughout the school year.