Students will engage in conversations and activities to explore community needs, identify challenges related to energy and heat, and share personal stories to develop a deep understanding of the project's significance and potential impact.

Students will articulate the project's goals by defining a meaningful community challenge they want to address using unexpected materials for collaborative heat-related solutions, aligning their vision with the essential question of enhancing community comfort through scientific inquiry.

Students will brainstorm with peers and community partners to propose innovative, resourceful solutions utilizing unexpected materials for meaningful heat-based devices, fostering creativity and collaboration in preparation for project development.

Students will collaboratively draft detailed project outlines and create preliminary sketches of their devices, considering how each will leverage heat transfer and energy principles to tackle real-world challenges identified in prior phases.

Students will conduct experiments and trials on their prototypes to evaluate their functionality and effectiveness in addressing community heat challenges, gathering observations and data to refine their designs and deepen their understanding of heat energy concepts.

Students will engage in structured feedback sessions using critique protocols to evaluate each team's project design, identify areas for improvement, and collaboratively refine their solutions for impact and alignment with science standards before the final construction phase.

Students will reflect on the effectiveness and impact of their team's designs and solutions, considering insights gained on heat transfer and energy conversion to plan revisions or future innovations, fostering a deeper understanding of their learning journey's implications.