The purpose of this project is to immerse students in the historical context of the 13 colonies while integrating math and science concepts through hands-on, collaborative activities. By designing and building scaled models of a colony, students explore math principles such as area, perimeter, and volume, as well as scientific topics like water filtration, aqueducts, and agriculture. This experiential approach encourages students to apply critical thinking, communication, and collaboration skills, fostering a deeper understanding of how colonists utilized math and science to establish sustainable communities. The project culminates in a school-wide exhibition where students present their work, reflecting on the connection between historical colonization efforts and modern community planning.

Students will explore the intersection of math and science in the context of American colonization, focusing on the design and development of communities through hands-on projects. They will calculate area, perimeter, and volume to design scaled models of colonies while engaging with concepts like water filtration and basic chemistry. Collaborative group work will enhance critical thinking and communication skills, as students analyze historical decision-making and apply innovative approaches to solve real-world challenges. Through drafting, critique, and exhibition of their scaled colonies, students will deepen their content expertise and practice self-directed learning.

Throughout the project, students will create models of their colonies using cardstock and foam core, building scaled structures that demonstrate mathematical concepts like area and volume. They will map their colony with graph paper to illustrate understanding of perimeter and scale. Each group will present a comprehensive legend documenting the functions and features of their buildings along with the applied math concepts. As a culmination, these models will be showcased in a school-wide exhibition, where students will exhibit their colony designs and map solutions to community members.

Begin the project with an engaging virtual tour of one of the 13 colonies, highlighting its geography, infrastructure, and community layout. Follow this with a map scavenger hunt that reinforces understanding of scale, map reading, and location characteristics. Initiate discussions on how these elements influence settlement planning and resource management, setting the stage for the hands-on project to create their own scaled colony models in the coming weeks.

Students will host a school-wide exhibition where they showcase their scale models and maps, sharing detailed insights on how math and science facilitated colonial life. Each group will present their work, describing their design process, mathematical calculations, and scientific applications to community members, peers, and parents. During the exhibition, students will engage in interactive discussions with attendees, including community planners and architects, to demonstrate their understanding and receive real-world insights. The event will also feature digital presentations highlighting their virtual tours and map scavenger hunts, along with reflections on their learning journey.