Introduction to Tiny Homes and Homelessness - Begin with a visit from a local non-profit organization representative who shares insights on homelessness and innovative housing solutions. Students discuss and brainstorm initial ideas for tiny homes. (45 min)
Research and Material Cost Analysis - Students research materials needed to build tiny homes, identifying costs and sustainable options. They compile a list of potential materials and their costs. (20 min)
Volunteers and Labor Planning - Students explore the role of volunteers and labor in building projects, estimating the number of volunteers needed and associated costs. (25 min)
Algebraic Modeling and Equations - Introduce algebraic equations and inequalities to model constraints related to materials and labor. Students practice creating equations based on their research. (20 min)
Project Board Planning - Begin designing the project board, outlining the timeline, volunteer coordination, and material sourcing plan. Students sketch initial layouts. (25 min)
Graphing Inequalities - Teach students how to graph solutions to linear inequalities, focusing on representing constraints graphically. Students practice graphing relevant inequalities. (25 min)
Infographic Design - Start designing a visual infographic to illustrate project steps, incorporating key mathematical concepts. Students draft initial designs. (20 min)
Deliverables
1. Initial sketches of tiny home designs.
2. A preliminary budget proposal using algebraic equations.
3. Graphs illustrating solutions to labor and volunteer equations and inequalities.
4. A completed project board that outlines the timeline, volunteer coordination, and material sourcing plan.
Preparation
1. Arrange for a local non-profit representative to visit and speak to the class.
2. Gather materials for sketching tiny home designs (e.g., paper, pencils, rulers).
3. Prepare resources for research on materials and costs (e.g., internet access, a list of local suppliers).
4. Provide tools for algebraic modeling (e.g., graph paper, calculators).
5. Create templates for project boards and infographics.