Students will engage in user-focused research by interviewing community members and examining existing data on immigration systems, identifying specific needs and challenges for sustainable solutions to inform their upcoming design work.

Students will collaboratively synthesize their immigration law research findings and scientific inquiries, crafting a clear and actionable problem statement that addresses sustainable immigration practices, which they will then present to community partners for feedback.

Students will collaboratively brainstorm and sketch diverse scientific solutions to create sustainable immigration practices, drawing inspiration from guest speaker insights and data trends, with a focus on innovative applications of scientific inquiry.

Students will design and build prototypes of sustainable immigration systems by applying scientific principles, gathering feedback from community partners like 805 Undocufund, and iterating on their designs through dynamic collaboration and problem-solving activities.

Students will present their multimedia presentations and infographics at the Immigration Solutions Gallery Walk, engaging with community partners and peers to validate their solutions, share insights, and refine their understanding of scientific innovation in immigration systems.