About this project
Today, 88% of U.S. households rely on air conditioning for thermal comfort, driving up energy demand and deepening inequalities for those who cannot afford it.
This research presents an alternative approach by introducing a personal cooling device that merges time-tested evaporative methods with clay 3D printing technology. It also examines behavioral cooling strategies, drawing from the lived experiences of the individuals interviewed. Together, these elements speculate on a future of context-responsive cooling solutions that could reduce dependency on fossil fuels and prioritize accessibility.
About me
Hello!
I'm a multidisciplinary architect from Baja California, Mexico, and a Design MFA candidate at UC Davis. I work at the intersection of architecture, graphic design, and community engagement, with a practice that explores sustainability and social impact through the lens of design.
I've received the UC Davis Provost Fellowship, a VentureWell grant for clay 3D printing research, and a TGIF grant for the Cooling Pavilion project at the Cruess Hall Courtyard. In 2024, I was selected to participate in the Sustainable Cities summer program in Denmark.