Step into the world of high-performance engineering with our Formula Student Composite Lamination Workshop! Designed for passionate engineering students, this hands-on session will dive into the essential layup techniques used in motorsport and aerospace. Learn how strategic fiber orientation and layering can maximize strength, minimize weight, and push the limits of performance. Through practical demonstrations and real-world applications, you’ll get up close with the materials and methods that shape cutting-edge race car components. Whether you're aiming to master composites or just curious about their role in racing, this workshop will fuel your passion and take your skills to the next level. Join us and be part of the future of lightweight engineering

This seminar will cover the benefits of using Additive Manufacturing in a racing car. Our discussion will focus on how additive manufacturing leads to an improvement in performance by optimizing heat exchange and weight reduction.

In this seminar, all the procedures involved in optimizing the performance of our race car during testing will be highlighted. Starting from the preparation on the simulator, we will analyze how virtual testing helps refine vehicle setup and driver feedback before heading to the track. The seminar will then cover the on-track testing phases, including data acquisition, parameter tuning, and performance validation. A key focus will also be on driver training, emphasizing the importance of consistency, adaptability, and understanding vehicle dynamics. Finally, we will explore the fundamental role of communication between drivers and engineers, showing how their collaboration is essential for extracting the maximum potential from both the car and the team

In this seminar, all the steps present in the design of the suspensions of our vehicle will be highlighted. Starting from tire data, it will be possible to see how a tire model is created: from such model, some tire based ideal charactersistics of the suspensions will be pointed out, and this will then lead to the kinamatics of the suspension. After that, the structural design of the suspensions can be faced, starting from the expected forces generated by the tire.

The difference between winning a formula student event and finishing just off the podium may depend on the quality of the control systems design, both in terms of maximizing the overall vehicle performance and tracking the critical signals to improve vehicle's reliability. In this seminar a description of the role of the control system designer, including the mains tasks and the working environment will be carried out. Moreover, an exclusive overview on the main current control strategies adopted by the team to increase vehicle's performance and reliability will be presented, with a particular focus on controls for powertrain with SOC estimation.

Ever wanted to design your own professional PCBs? Join our hands-on course and learn how to bring your electronic circuits to life! From schematics to PCB, we'll show you how to create a design from scratch, choose the right components, consider signal integrity, configure the Pinout of a Microcontroller, and other useful design techniques.
Hold on! you don't know anything about electronics, but always wanted to get started? no problem, that's the right opportunity for you as well!

How much does it really cost to build a Formula Student race car? Find out in this interactive workshop on the CCBOM (Costed Carbonized Bill of Materials), the key document for the Cost & Manufacturing Event! After a brief introduction on how a CCBOM is structured and its role in the competition, we will analyze the cost of a real component from our car, examining raw materials, manufacturing processes, and the economic impact of design choices.
You'll discover how every detail — from material selection to production method — affects the budget and final score. This is a unique opportunity to dive into the cost management side of Formula Student and get an inside look at a crucial part of the competition. No prior experience needed — just curiosity and a problem-solving mindset!

This study presents the aerodynamic development process of a Formula Student car, from initial CAD design to Computational Fluid Dynamics (CFD) validation. The workflow includes CAD model refinement, geometry cleanup, meshing strategies, and solver setup to ensure accurate aerodynamic analysis. The results demonstrate the impact of design choices on vehicle performance, highlighting best practices and challenges encountered in the CFD-driven development process.

Ever wondered what it takes to engineer a high-performance powertrain for a Formula Student race car? Dive deep into the heart of our team's engineering process! This conference offers an exclusive look at the intricate dance of design, production, and testing that drives our performances. You'll witness firsthand the challenges we had to face during the design phase, the workflow required for manufacturing, and the moments of validation on the track. Join us for a journey condensed into an intensive workshop and discover how you can contribute to pushing the limits of a formula, both from mechanical and electrical point of view. Get ready to transform your passion into tangible results!

Join Communication & Media division for an immersive experience in branding design. This session kicks off with a focused lesson on brand identity.  Then, dive into a hands-on car livery design workshop. Discover the art of designing a striking, race-ready livery, balancing aesthetics, sponsor integration, and technical constraints like aerodynamics. Walk away with the skills to transform a vehicle into a bold statement of identity.