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This STEAM project involves designing and building a solar-powered water purification system. Students will engage in an interdisciplinary approach combining Science, Technology, Engineering, Arts, and Mathematics to solve a real-world problem—providing clean water using renewable energy sources. Science: Students will study the principles of water contamination and purification methods. They will learn about the science behind solar energy and its conversion into usable power. Technology: The project will involve using technology to model and simulate the efficiency of different purification methods and solar power configurations. Students will also use various tools and software to design their system. Engineering: Students will apply engineering principles to create a functional prototype. This will involve designing the system’s components, such as solar panels, filters, and storage units, ensuring they work together effectively. Arts: Artistic skills will be employed to design an aesthetically pleasing and user-friendly system. Students will create diagrams, presentations, and promotional materials to communicate their design and its benefits. Mathematics: Mathematical calculations will be essential for determining the efficiency of the solar panels, the flow rate of water, and the overall cost of the system. Students will use algebra and geometry to solve problems related to their designs. Outcome: By the end of the project, students will have developed a working model of a solar-powered water purification system. They will present their findings, including technical specifications, cost analysis, and the potential impact on communities in need of clean water.
