Developed as a residential competition proposal in Egypt, the project rethinks high-density urban housing as a sequence of stepped volumes, planted terraces and shared outdoor spaces. Rather than treating the residential complex as a single monolithic block, the architecture is broken into layered levels that reduce visual mass, improve daylight access and create a stronger relationship between residents and landscape.

The design combines private living with communal space through a vertical landscape strategy. Deep terraces, recessed glazing and extensive planting provide passive shading and improve the local microclimate, while generous openings support natural ventilation and long-distance views. At ground level, landscaped public spaces and shared amenities create a pedestrian-oriented environment that connects the residential complex to the wider urban context.

Computational growth & ecological integration

Stepped Residential Massing

Landscape-Integrated Living

Passive Environmental Design

The building is organized as a sequence of stepped volumes that gradually rise from the landscape. This reduces the perceived scale of the complex while creating generous terraces, private outdoor areas and long-distance views for the residential units.

Planting is extended vertically across terraces, roofs and shared spaces, transforming the building into an inhabited landscape. Green areas provide privacy, improve the microclimate and create a stronger connection between residents, nature and communal space.

Deep overhangs, recessed glazing, planted terraces and carefully positioned openings reduce direct solar gain while supporting daylight and natural ventilation. The architectural form responds directly to Egypt’s climate rather than relying only on mechanical systems.

Drawings, renders & details