Architecture project // Sand Concrete Structure Featuring Mashrabiya Screens for Sustainable Family Living

Sand Concrete Structure Featuring Mashrabiya Screens for Sustainable Family Living

Authors:

Salim Abdulfattah Salim Al Kindi,

Paula Andrea Palacios Mendez,

Nabhan Mubarak Jamil Abdulla Al Hajri,

Rashid Faiz Rashid Al Musalhi, Abdulaziz Al Araimi, Rashid Al Musalhi

Utilizing sand concrete and intricate Mashrabiya screens, the design creates an energy-efficient residence that harmonizes with its desert surroundings while honoring Emirati cultural traditions.

5 key facts about this project

Utilizes sand concrete for thermal efficiency suited to the desert climate.

Incorporates traditional Mashrabiya screens to enhance privacy and reduce heat.

Integrates a gray water recycling system for sustainable water management.

Landscaped with native plants to minimize water consumption and maintain ecological balance.

Features a spatial layout that fosters communal interaction while preserving private areas.

General keywords

uae residential sustainable family heritage homestead landscaping energy-efficient natural cultural

Project specific keywords

sand concrete mashrabiya solar panels gray water desert landscaping open layout cultural integration thermal performance adaptive reuse environmental design

## Overview
The Timeless Dunes Homestead is situated in the United Arab Emirates and serves as a confluence of cultural heritage and modern architectural practices. Its design prioritizes sustainability while honoring the traditions of Emirati society, reflecting a commitment to both environmental stewardship and cultural identity within the contemporary architectural landscape.

## Spatial Organization and User Experience
The layout emphasizes a balance between private and communal spaces, fostering a sense of community and interaction among residents. Open spatial configurations facilitate movement and connectivity, encouraging family engagement and social gatherings. Strategic placement of windows optimizes natural light, creating welcoming interiors that enhance the overall living experience.

## Material Selection and Sustainability
A carefully curated selection of materials underscores the project's sustainability goals and cultural relevance. Sand concrete, chosen for its suitability to the desert environment, serves as the primary structural element, while glass comprises 40% of the exterior to maximize daylight and visual connectivity with the landscape. Copper and aluminum are utilized in shading devices for their durability and recyclability, contributing to the building's resilience against climatic extremes. Additionally, the integration of gray water systems and solar panels exemplifies a commitment to efficient resource management and renewable energy solutions.