This thesis proposes a regenerative architectural approach for a brownfield site in Dalston, integrating biobased prefabrication, community-driven construction, and adaptable urban housing to redefine sustainable city-making. Drawing inspiration from prior research into regenerative architecture, the scheme seeks agendas beyond sustainability, including environmental symbiosis, cultural continuity, and sensorial urban experiences, fostering a self-sustaining cycle where the built environment actively contributes to ecological and social resilience.

The phased proposal first engages the community in hemp cultivation and prefabricated panel production, embedding material circularity and accessible visual and hands-on education into the urban fabric. The final mixed-use development then demonstrates how regenerative principles can be successfully upscaled to dense urban environments, delivering adaptable, low-carbon housing and public spaces that enhance connectivity and civic life.

The proposal’s title ‘Home-Grown’ encapsulates the intent of community engagement being the heart of the scheme, from seed to project completion. Positioned at a key gateway to Hackney, the project aligns with strategic planning frameworks, responding to Dalston’s evolving identity, heritage and social vibrancy.