Engineering And Design
F1 IN SCHOOLS?
F1 in Schools
F1 in Schools is an international STEM (Science, Technology, Engineering, and Mathematics) competition
where we students design, analyze, manufacture, test, and race miniature F1-style cars powered by CO₂
cartridges.
How It
Works:
Team Formation
We work in teams of 3-6 members, taking on different roles such as team manager, design engineer, manufacturing engineer, and marketing lead.
Car Design & Manufacturing
Using CAD (Computer-Aided Design) software, we design an aerodynamic car and then manufacture it using CNC machines or 3D printing.
Testing & Racing
Our car is raced on a 20-meter track, with times measured to the thousandth of a second.
Enterprise & Sponsorship
We must secure sponsorships, create branding materials, and present their project professionally.
Judging & Competition Levels
We are evaluated on engineering, branding, marketing, and race performance. Competitions are held at regional, national, and international levels.
Material
Material
- Consistent weight distribution: Helps maintain design accuracy and predictability in performance.
- Moderate compressive strength (~2-4 MPa): Sufficient to withstand machining and handling while keeping the car rigid.
- Low tensile strength (~1-2 MPa): The material is not designed for high-stress applications but is strong enough for the intended use.
- Excellent workability: Easily cut and shaped using CNC machining without excessive wear on cutting tools.
- Smooth surface finish: Ensures aerodynamic consistency when properly sanded and painted
- Minimal chipping or splintering: Unlike harder materials, PU foam does not crack or break easily when machined.
- Good impact absorption: Helps prevent severe breakage in case of crashes.
Parametric Designing
Parametric Designing
Flexibility & Efficiency
Quickly modify designs by changing parameters without starting from scratch.
Accuracy & Consistency
Reduces errors by maintaining precise relationships between components.
Optimized Performance
Enables testing multiple versions to improve aerodynamics and efficiency.
Scalability & Customization
Easily adapts designs for different needs, ideal for iterative improvements.
Time-Saving
Automates repetitive tasks, speeding up the design process.
Freeform Designing
Freeform Designing
- Enhanced Aerodynamics – Ideal for optimizing airflow in automotive and F1 in Schools designs, as smooth, curved surfaces can reduce drag.
- More Natural Aesthetics – Produces visually appealing, biomimetic structures inspired by nature, leading to innovative designs.
- Ideal for Prototyping – Allows quick exploration of multiple design variations before refining details in a structured model.
- Flexibility in Modifications – We can make intuitive changes without worrying about breaking predefined constraints.