wooden pyramid nests shape flexible birdhouse systems adapting to trees and buildings

"The N+Nest project investigates how a simple geometric form, the pyramid, can be developed into a modular birdhouse system. Designed and built by architecture students from the Islamic Azad University, Central Tehran Branch, the project combines environmental considerations with architectural experimentation to create adaptable shelters for birds. The pyramid shape is selected for its structural stability and distinct visual identity. Each unit can be rotated or mounted in different orientations, enabling flexible configurations across varied settings, from tree branches to building facades."

"Constructed from weather-resistant wood, the birdhouses provide natural thermal regulation. An extended roof form shields interiors from rain, while small ventilation openings promote airflow, reducing moisture buildup and overheating. These features ensure durability and comfort within different climatic conditions. The design supports versatile mounting methods, including attachment to trunks, branches, and flat vertical or horizontal surfaces. Removable panels allow straightforward cleaning and upkeep, extending the functional lifespan of the units and supporting long-term use."

N+Nest develops a modular birdhouse system based on the pyramid form to combine structural stability with distinct visual identity. Each unit rotates or mounts in different orientations, enabling flexible configurations on tree branches, trunks, facades, and flat surfaces. Multiple units can cluster to form larger compositions that accommodate diverse bird species. Weather-resistant wood construction provides natural thermal regulation while an extended roof shields interiors from rain. Small ventilation openings promote airflow, reducing moisture buildup and overheating. Removable panels enable straightforward cleaning and upkeep, extending functional lifespan. The design emerges from a student-led studio process involving digital modeling, laser cutting, assembly, and site installation.

Read at designboom | architecture & design magazine