This project serves to deepen students' understanding of geometry through real-life applications related to water conservation. Students will explore how the geometric properties of prisms can be utilized to design solutions that enhance water efficiency in their communities. By engaging in hands-on activities and using critical thinking, students will connect mathematical concepts with environmental stewardship and societal impact. Through collaboration and communication, learners will reflect on their role as proactive problem solvers contributing to sustainable practices.

Students will master calculating the area, perimeter, surface area, and volume of rectangular and triangular prisms. They will utilize these mathematical skills to design and construct water-efficient models, such as collection systems and planter boxes. These projects will enable students to explore real-world applications of geometry, fostering their ability to critically analyze water conservation strategies within their communities. Students will engage in reflective practice to deepen their understanding of water stewardship and its significance in serving disadvantaged communities.

Students will design and construct model water collection systems using rectangular and triangular prisms, calculating their surface area, perimeter, and volume to determine water conservation efficacy. Additionally, students will collect data on household water usage to design water-efficient showerheads, applying geometry calculations to minimize water waste. They will also create planter boxes with rectangular prism shapes to maximize soil and water retention, presenting their findings to demonstrate how geometry can improve water conservation.

To kick off this learning experience, students will engage in a hands-on exploration by visiting a local community garden or green space. There, they will observe various rectangular and triangular structures designed for water conservation, such as planter boxes and rain barrels. Students will sketch these structures, take measurements, and use their observations to discuss the importance of water management in urban settings. This activity will spark curiosity about how geometry plays a crucial role in efficient water usage and inspire ideas for their own projects.

At the end of the project, students will showcase their designs of water-efficient structures in a community exhibition. They will present their model water collection systems, showerheads, and planter boxes, along with detailed calculations. Each student will explain their problem-solving approach, demonstrating the practical applications of geometry principles. The exhibition will also feature student-led discussions on water conservation impacts and the importance of sustainable practices, fostering a collaborative community learning experience.