AgroSphere: Sustainable Architecture Design for the Future of Agriculture
AgroSphere redefines sustainable architecture design by merging smart farming, research, and community living for a resilient future.
Project by: Azra Can Çarıkcı, İdil Su Türkyılmaz
Shortlisted Entry of Live Green
In Boa Vista, a region facing the dual pressures of urban expansion and agricultural decline, AgroSphere emerges as a pioneering example of sustainable architecture design. The project envisions a hybrid ecosystem where innovation, research, and ecological living converge to redefine how communities interact with food, land, and technology.
Developed by Azra Can Çarıkcı and İdil Su Türkyılmaz, AgroSphere was conceived in response to the pressing challenges of climate change, migration, and food insecurity. Rather than treating architecture as a static construct, the project reimagines it as a dynamic framework that grows, adapts, and evolves with its users and environment.
Architecture Rooted in Ecology
The design draws inspiration from the topography and agricultural heritage of Boa Vista. The built mass forms a continuous organic ring, housing modular living units that open into shared courtyards and green corridors. Between these modules, farming terraces and open labs act as bridges between human and natural systems.
This spatial configuration creates an architecture that not only minimizes its ecological footprint but also activates local ecosystems. Rainwater collection, composting, and solar harvesting systems are embedded within the architectural fabric, ensuring that each dwelling contributes to the energy and resource cycles of the community.
A Living Laboratory for Smart Agriculture
AgroSphere goes beyond housing—it is an experimental ground for AI-powered agriculture. The eco-village integrates smart farming labs where residents and researchers collaborate to test soil sensors, irrigation models, and autonomous crop systems. Open fields are used for rotational farming and educational workshops, positioning the community as a living classroom for sustainable food systems.
The integration of data-driven technologies within the architecture transforms everyday life into an opportunity for innovation. From vertical crop façades to adaptive energy grids, every element reinforces the notion that sustainability is not an add-on but a core architectural principle.
Design Process and Spatial Logic
The project’s design development follows a series of analytical layers—mapping sun paths, wind flow, and soil fertility—to inform both form and function. The resulting plan arranges residential modules around a central agricultural courtyard, creating a microclimate conducive to crop growth and social interaction.
Elevated walkways (marked in red in the diagrams) connect clusters of units, symbolizing the flow of knowledge and resources. This connective tissue turns the village into a network of relationships, not merely buildings—where residents, researchers, and visitors form a collective intelligence around sustainable living.
A Model for Resilient Futures
In an era of environmental uncertainty, AgroSphere offers a blueprint for communities seeking balance between technological progress and ecological stewardship. By merging architecture, agriculture, and artificial intelligence, it sets a new paradigm for sustainable architecture design—one that grows food, fosters community, and restores the planet.
AgroSphere reminds us that the future of cities may not lie in expansion but in integration—between people and planet, innovation and tradition, architecture and life itself.
