Architecture project // Geometric Patterns and Coral Stone Shape a Sustainable Family Residence in the Heart of Dubai

Geometric Patterns and Coral Stone Shape a Sustainable Family Residence in the Heart of Dubai

Authors:

Abdulaziz Khalid A Al Tayyash,

Yazeed Mohammedamer M Arafah, Batool Sami Khazal Aljasim Al Jasim,

Najmuddin Khan

Intricate geometric patterns woven into the coral stone façade enhance natural ventilation and create a harmonious balance between tradition and modern living in this sustainable family residence.

5 key facts about this project

The use of coral stone references local geological history while enhancing thermal performance.

Intricate mashrabiya elements provide effective shading and cultural resonance while promoting airflow.

Central courtyard design fosters family interaction and connects indoor and outdoor spaces.

Wind catchers incorporate traditional techniques for natural ventilation, reducing energy needs.

Careful selection of local materials supports sustainability and strengthens community identity.

General keywords

dubai residential sustainable courtyard ventilation coral community family modern emirati

Project specific keywords

windcatchers mashrabiya coralstone courtyardgarden passivecooling geometricpatterns naturalventilation localmaterials culturalidentity integratedlandscaping

## Overview

Alyaziya is a residential project located in Dubai, United Arab Emirates, embodying a blend of traditional Emirati culture and contemporary architectural practices. The design reflects local heritage and climate considerations while integrating sustainable principles relevant to modern living. This project demonstrates an evolution within Dubai's architectural landscape, focusing on both aesthetic appeal and functional performance.

## Architectural Form and User Experience

The design features a series of staggered blocks, thoughtfully arranged to foster visual rhythm and enhance both privacy and community interaction. This spatial configuration emphasizes a balanced approach, where public and private areas are distinctly defined yet remain interconnected. Vertical elements, such as wind catchers, serve a dual purpose by enhancing natural ventilation and contributing to the building's modern silhouette. The internal layout promotes fluidity and adaptability, allowing spaces to serve multiple functions, which enhances usability while preserving openness.

## Materiality and Sustainability

The material selection highlights both local heritage and contemporary needs. Coral stone, utilized for its energy-efficient properties, anchors the design to the region's architectural past while providing aesthetic value. Concrete offers structural resilience, while strategically placed glass elements facilitate natural light and create a seamless connection with the outdoors. Wood, notably in the mashrabiya screens, adds warmth and cultural significance to the façade.

Sustainable design strategies are integral to the project. Natural ventilation through wind catchers allows for passive cooling, while solar panels harness the region's abundant sunlight. Shading devices mitigate overheating, promoting comfortable indoor environments while reducing reliance on mechanical air conditioning. Additionally, polystyrene boards ensure thermal insulation, aligning with modern energy-efficient practices. The overall design encapsulates a commitment to sustainability, responding to the climatic challenges of the desert environment.