A new habitat is forming in Miami’s Biscayne Bay, merging architecture with ecology and redefining shelter as infrastructure. Expanding the mission of the local Biscayne National Park Institute, MICROGROVE is a living research community designed for scientists, ecologists, researchers, and eco-tourists, dedicated to the study, restoration, and increased social awareness of coastal ecosystems.
This microhome community does not just exist in the bay—it functions like the bay. Each microhome, 3D-printed with organic, nature-inspired concrete forms, mimics the structural intelligence of local mangrove roots, standing resilient against tides and storm surges while providing shelter for both human and non-human inhabitants of the bay. Equipped with self-sustaining energy systems, including solar power and integrated water management, MICROGROVE functions as a shared living framework within Biscayne Bay.
Attached to the MICROGROVE community, aquatic permaculture structures are maintained and observed to support research and provide food for manatees, fish, and other marine species. This effort fosters a symbiotic relationship between architectureand the bay’s existing inhabitants.
Rather than imposing a static human development, MICROGROVE is an adaptive, breathing organism—a vision for a coastal community that regenerates its own future—a place where design is not an intrusion, but an extension of nature’s intelligence—a prototype for living architecture in a world where climate and urbanism must no longer be at odds.
PROGRAM: Microhome Ecological Research Community
CONTEXT: Miami, Florida, USA
SITE: Biscayne Bay National Park
TEAM: Bryan Maddock, Grace Infante
ORGANIZER: Buildner
Honorable Mention
A coastal research community where elevated, 3D-printed homes mimic mangroves—integrating renewable systems and reef-like foundations to sustain marine life while adapting to tides. The layers of the 3D-printed concrete pillars create textured surfaces, allowing marine life to attach, fostering coral growth, and stabilizing the underwater ecosystem. Ongoing construction mirrors natural growth as structures evolve with the bay, forming a regenerative network where architecture, ecology, and climate resilience merge.