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!
What makes the wind blow? In this module, you will discover how wind forms, moves, and powers sailboats. Through simple experiments, like building a wind vane, you will learn to observe and measure wind patterns. This module connects natural forces with STEAM concepts, showing how wind energy drives sailing and supports a sustainable future.
Why do boats stay afloat? In this module, you will explore buoyancy, density, and stability through hands-on experiments and creative challenges. You will test how shape and weight distribution affect floating and sinking, learning the physics behind sailboat design. By building and improving your own models, you will connect science and engineering to real-world sailing and modern innovation.
How do sails make boats move? In this module, you will explore how sail shape and size affect speed and control. Through hands-on experiments, you will learn how sails capture wind to propel a boat and how sailors adjust them to steer. By designing and testing your own models, you will connect physics, mathematics, and engineering to the art of sailing.
How do sailors control their boats? In this module, you will explore the simple machines that make sailing work—ropes, pulleys, and winches. Through practical challenges, you will test how these mechanisms combine to steer and control a boat. By linking physics and engineering, you will think creatively about efficiency, design, and real-life problem solving on board.
What makes water so important for sailing? In this module, you will explore the physical and chemical properties of water and learn how its quality affects both ecosystems and sailing performance. Through hands-on experiments, you will test water clarity, pH, and turbidity, discovering the link between environmental health and sailing safety. This module will spark your curiosity and awareness of how we can all care for our shared aquatic environment.
How can sailing help protect our waters? In this module, you will explore the principles of ecosystem balance and sustainable sailing. You will learn to recognize sources of water pollution and discover local examples of good environmental practices. By connecting sailing with ecology, you will gain a deeper respect for rivers and seas and understand how sailing can contribute to their preservation.
How is technology created? In this module, you will move from being a user to a creator of technology. Through playful coding activities and 3D design, you will learn how programs, games, and digital models are built. Step by step, you will explore coding logic, block programming, and simple 3D modeling—discovering how creativity and technology come together to shape innovation.
How do robots explore our waters? In this module, you will discover the world of marine robotics and their connection to sailing and environmental protection. You will learn about different types of underwater robots and how they assist in navigation, research, and pollution monitoring. Through hands-on exploration, you will even get the chance to pilot a remotely operated vehicle (ROV), bringing technology and science to life beneath the surface.
ERASMUS-SPORT-2023 ProjectNr: 101134406
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Education and Culture Executive Agency (EACEA). Neither the European Union nor nor the granting authority can be held responsible for them.
