Students investigate what makes a birdhouse safe, durable, and attractive for local birds by testing materials for strength, insulation, and resistance to rain, wind, and sun. Teams sketch, compare, build, and revise competing designs using agreed-upon criteria, feedback from peers, families, and community gardeners, and observations of neighborhood bird activity. After each session, students reflect on science learning and teamwork, then exhibit a finished birdhouse, labeled diagram, and explanation of how their choices support birds and local biodiversity.

Students will test and compare materials for strength, insulation, and resistance to rain, wind, and sun. They will collaboratively develop criteria and constraints, evaluate competing designs for bird safety, durability, appearance, and support of local biodiversity, and revise their birdhouse using test data and feedback from peers, families, and community gardeners. Students will construct a functional birdhouse and document learning and teamwork through stop-and-jot reflections after each session. They will present the finished birdhouse with a labeled diagram and evidence-based explanation of how their design choices meet the agreed-upon criteria.

Teams will create weather-resistance test results, material rankings, and initial birdhouse sketches during the Feathered Friends Design Challenge. They will develop labeled design plans, compare solutions using shared criteria, build and test prototypes, and revise them using peer, family, and community-gardener feedback. After each session, students will complete a stop-and-jot about safety, durability, appearance, learning, and teamwork. The final products will be a safe, durable, attractive birdhouse for local birds and a presentation featuring the birdhouse, a labeled diagram, and evidence explaining key material and design choices.

Begin with the Feathered Friends Design Challenge by examining local bird observations from families and community gardeners. Teams test sample materials for strength, insulation, and resistance to simulated rain, wind, and sun, then sort them by weather resistance. Using the question “What makes a birdhouse safe, durable, and attractive for birds in our area?”, teams agree on design criteria and create a rapid first sketch to share for peer feedback. Students finish with a stop-and-jot about material evidence, design choices, and teamwork.

Host a Feathered Friends Design Challenge exhibition for families and community gardeners. Teams display their finished birdhouse, labeled diagram, material-test results, and stop-and-jot revisions, then explain how evidence and feedback improved safety, durability, weather resistance, insulation, and appearance. Visitors use jointly developed criteria to compare designs, ask questions, and share observations about local bird activity and biodiversity. Students close by answering, “What makes a birdhouse safe, durable, and attractive for birds in our area?” and reflecting on their teamwork and design-cycle decisions.