Throughout the project, students delve into the principles of physics as they explore concepts such as buoyancy, displacement, and stability. They witness firsthand how the design and structure of the boat impact its ability to float and maneuver in the water, deepening their understanding of fundamental physics principles. Students are also introduced to the significance of water quality and its impact on aquatic ecosystems. Understanding the importance of maintaining a balanced pH level for the well-being of marine life, learners begin to appreciate the delicate interplay between chemistry and environmental conservation.

The project proposes data-based approach. Therefore, students learn to analyze the data collected by the boat's sensors, graphically represent the findings, and make predictions based on their observations.

Furthermore, the Science Boat project incorporates practical knowledge in coding as it teaches to control the boat remotely and automate its functions. This exposure to computer science principles fosters computational thinking, problem-solving abilities, and an understanding of the foundations of robotics.

By blending practical hands-on experiences with theoretical knowledge, the Science Boat project offers a comprehensive and interdisciplinary learning journey for children. It inspires their curiosity, nurtures their passion for STEM, and equips them with essential skills for the future. Ultimately, the Science Boat project ignites a love for scientific exploration and prepares the next generation of innovators and problem solvers to tackle the challenges of our rapidly evolving world.