Our courses are designed to be both educational and exciting, combining the physical challenges of sailing with hands-on STEAM learning for children aged 7-12, educators, and sailing enthusiasts alike. Whether you're a beginner or experienced in sailing, our courses offer learning experiences that go beyond the classroom, empowering students to think critically, solve problems, and innovate—all while having fun on the water! Join us as we inspire the next generation of STEAM-savvy sailors.
Discover how you can participate, whether as a student or a teacher, and gain access to our downloadable course modules.
Our curriculum is structured into engaging, interactive modules that connect the world of sailing with STEAM subjects. From understanding the physics of wind to exploring environmental sustainability, each module is designed to enhance students’ knowledge and skills in science and technology through practical applications in sailing. These modules are perfect for teachers looking to introduce innovative, project-based learning into their classrooms or for sailing clubs wanting to add a STEAM element to their training.
Explore our modules below and discover how we combine adventure with education!
Dive into the world of wind, discovering its role in both Earth Science and Mathematics. Through hands-on activities, like building your own wind vane, students will learn about wind patterns and their effects on sailing. This module connects natural forces with STEAM concepts through engaging experiments.
Why do boats float? In this module, students explore buoyancy, density, and displacement. With practical experiments and challenges, they will learn how to design their own boats. Advanced ideas like 3D printing and artificial intelligence are introduced for further exploration of boat design.
Explore the relationship between the size and shape of sails and the speed of boats. Students will measure and compare sail areas, learning the mathematics behind sail performance. This module also introduces the engineering of sail materials, sparking curiosity about innovation in sail design.
From pulleys to blocks, this module uncovers the simple machines that make sailing possible. Students will connect their knowledge of physics with real-life applications on sailboats. Challenges include designing custom devices and considering cost-performance trade-offs in engineering.
Water is essential to sailing, but how does its quality affect a boat’s performance? This module ties water analysis with sailing techniques, prompting students to investigate rivers, lakes, and seas. Experiments in water testing will empower students to make informed decisions on their sailing strategies.
Marine debris is not just an environmental problem—it affects sailing safety and boat performance. Students will learn about the impact of debris and explore innovative ways to recycle plastics into functional sailing equipment. The module blends ecological awareness with practical problem-solving.
Upwind sailing requires skillful manipulation of sails and deep understanding of physics. This module delves into the geometry of sails and teaches students how to optimize their sail positioning to navigate effectively against the wind.
Understanding the weather is key to becoming a successful sailor. This module combines atmospheric science with mathematics, offering insights into pressure systems and their effects on sailing conditions. Students will learn to navigate based on real-world weather phenomena, with a special focus on European regions like Lago di Garda and the Adriatic Sea.
Wind is a vital resource for sailors. In this module, students learn about wind power and its applications on sailboats. Through practical exercises, such as designing wind generators, they will explore how to capture wind energy for sustainable sailing.
Explore the underwater world and its relevance to sailing. This module focuses on hull inspections and introduces students to robotic technology used in marine exploration. With hands-on projects, students will understand the importance of keeping a boat’s hull in top condition for safe sailing.
