Students investigate the essential question, “How can you build a birdhouse that balances function, protection, and simple construction?” They research bird needs and apply findings about entrance size, ventilation, drainage, and shelter to design, build, test, and refine a functional prototype within agreed-upon criteria and constraints. At the end of each workday, students complete a gallery walk and sticky-note reflection on progress, challenges, and next steps, then present their birdhouse and answer peer questions about its function, materials, design choices, and problems solved.

Students will research bird needs and use evidence about entrance size, ventilation, drainage, and shelter to define design criteria and constraints. They will apply the design cycle to plan, build, test, and improve a functional birdhouse prototype that balances function, protection, and simple construction. Students will evaluate competing solutions, collaborate on design decisions, and use daily gallery-walk feedback and reflection to identify challenges and next steps. They will present their birdhouse and clearly answer questions about its function, materials, design choices, and problems solved.

Teams will create a research-based design brief identifying bird needs and criteria for entrance size, ventilation, drainage, shelter, protection, and simple construction. They will produce labeled sketches, a materials plan, and a comparison of competing designs before selecting and revising one solution. Each team will build and test a functional birdhouse prototype, documenting progress, challenges, peer feedback, and next steps through daily gallery walks and sticky-note reflections. As a final product, students will present their birdhouse and answer questions about its function, materials, design choices, and problems solved.

Begin with a “Birdhouse Detective” gallery of real or photographed birdhouses, asking teams to identify how each provides a safe entrance, ventilation, drainage, and shelter. Teams rank the designs using shared criteria, note construction strengths and limitations, and generate research questions about birds’ needs. Introduce the challenge, “How can you build a birdhouse that balances function, protection, and simple construction?” and explain that teams will build a functional prototype, test and improve it, and present their materials, design choices, function, and solved challenges. Close with a gallery walk and sticky-note reflection naming initial ideas, questions, and next steps.

Host a “Birdhouse Design Expo” where teams display their functional prototypes alongside research notes, sketches, test results, and selected sticky-note reflections from daily gallery walks. Students present how their birdhouse balances function, protection, and simple construction through its entrance size, ventilation, drainage, materials, and shelter. Peers and invited community members ask questions about design choices, construction challenges, and solutions, then provide feedback using the class-developed criteria. Teams close by comparing designs and sharing one improvement they would make next.