Students design a dream sports court for a real or imagined space by using geometric constructions, scale drawings, and measurement calculations to make design choices that are accurate and justified. They investigate how area, perimeter, proportions, coordinate geometry, and inscribed shapes affect play space, safety zones, and fairness for users. Over two weeks, they move from rough sketches to a polished blueprint and presentation board, using feedback and reflection to strengthen both their mathematical reasoning and collaboration.

Students will apply geometric constructions, coordinate geometry, and scale drawing to design a sports court that fits a real space and supports safe, fair play. They will calculate and justify dimensions, area, perimeter, arcs, and composite regions, then use similarity, transformations, and scale factor reasoning to revise their design from sketch to precise blueprint. Students will construct key geometric figures and lines with appropriate tools or digital software, annotate their calculations clearly, and explain how their design decisions respond to space constraints. They will also use peer feedback during the gallery walk to strengthen their final presentation and reflect on what they learned about geometry and collaboration.

Students will create a rough court concept sketch, a measured site map, and practice construction drafts using compass-and-straightedge or digital geometry tools to build accurate lines, circles, and inscribed shapes. As the project develops, they will produce a revised scale drawing on a coordinate grid with labeled dimensions, area and perimeter calculations, proportional features, and marked safety zones. By the end, each team will present a final scaled sports court blueprint and a presentation board set that shows the rough sketch, revised plan, final design, and annotated geometry reasoning for how the court fits the space and supports play, safety, and fairness. These products will be displayed in a gallery walk for peer feedback, followed by a short written reflection on geometry learning and collaboration.

Tape out several different court dimensions on the floor or blacktop and have student teams test movement, spacing, and shot angles in each layout while noting where play feels cramped, unsafe, or unfair. Introduce the challenge with the question, “How can we design a sports court that fits a chosen space while using geometry to maximize play, safety, and fairness?” Then give teams a site map of a real school or community space and ask them to make quick sketch proposals using rough measurements, scale ideas, and geometric observations to compare which court design might work best. Close with a brief share-out of first design choices and constraints they noticed, setting up the need for precise constructions, scale drawings, and calculated dimensions.

Host a design showcase where students present their scaled court blueprints and presentation boards in a gallery walk for classmates, families, coaches, PE teachers, or school leaders. At each display, students explain their coordinate grid, scale choices, area and perimeter calculations, geometric constructions, and how their design supports play, safety, and fairness in the chosen space. Visitors leave sticky-note feedback and vote on designs that best balance accuracy, creativity, and usability. Close with a short student reflection posted beside each project about what they learned through geometry and collaboration.