Bay Area designer and Assistant Professor of design at UC Davis. Beth is the director of Sol Design Lab, a design/build studio that specializes in solar charging stations for micromobility and ecological design. She has collaborated with public utilities, cities, and universities to provide elegant solar charging stations as a free public resource. She is currently a resident at the San Francisco Autodesk Technology Center in collaboration with the CCA Architectural Ecologies Lab. Recently, she participated in the Resilient by Design Bay Area Challenge, partnering with the award-winning team Public Sediment on their Unlocking Alameda Creek project.

Elizabeth Marley is a lecturer at UC Davis. Her MFA Design work at UC Davis is focused on research and design related to biological materials, ecological systems, and material culture. Her work has stretched beyond architecture to include design for public art, product design, renewable energy systems and modular construction, particularly as they apply to environmental responsibility and community building. Elizabeth Marley earned her B.Arch from Southern California Institute of Architecture (SCI-Arc) and recent MFA Design graduate from UC Davis. She has an accomplished design practice with examples of completed projects and affiliations installed at the Berkeley Art Museum, Oakland Museum of California, Stanford University’s Anderson Collection, Black Rock Arts Foundation, City of San Francisco's Burrows St. Pocket Park, and more.

Dyche Mullins studied electrical engineering and mathematics before becoming fascinated with cell biology during his doctoral work at the University of Kentucky. After postdoctoral work at Johns Hopkins University and The Salk Institute for Biological studies, Mullins joined the faculty at UCSF. Since 2011, Mullins has also been an Investigator of the Howard Hughes Medical Institute. Work in the Mullins Lab focuses on the assembly and regulation of cytoskeletal networks - collections of molecules that self-assemble into complex structures that enable cells to transport molecular cargoes, change their shape, and propel themselves from place to place. Understanding how cells construct these internal molecular 'skeletons' is key to understanding a wide variety of biological processes and human diseases.

Yitian Ma has a Bachelor of Architecture degree from California College of the Arts (2022) She is interested in the link between public engagement and design. She strives for practical and creative solutions that can operate at multiple scales. She has experience working with VR and interactive projection as new forms of architectural media.