Architecture project // Wind Catchers and Recycled Materials in a Modular Habitat Designed for Desert Environments

Wind Catchers and Recycled Materials in a Modular Habitat Designed for Desert Environments

Authors:

Carlos Alberto Mendez Cardenas, Melisa Yume Parra Takeuchi, Andres Julian Pedroza Salcedo, Johan Sebastian Baquero Garzon

Incorporating wind catchers and recycled materials, the design creates a flexible habitat that harmonizes with both desert and coastal environments while promoting sustainable living.

5 key facts about this project

Incorporates wind catchers for enhanced natural ventilation.

Utilizes recycled materials in facade design to reduce waste.

Features a modular layout allowing for flexible space configurations.

Integrates solar panels for renewable energy generation.

Employs bioclimatic strategies to optimize energy efficiency.

General keywords

united arab emirates housing sustainability community bioclimatic residential unique modular desert sea

Project specific keywords

wind catchers modular units recycled materials solar panels privacy screens water harvesting natural ventilation large openings bioclimatic strategies desert integration

### Project Overview
Located in the United Arab Emirates, the design "Between the Sea and the Desert" engages with the region's distinctive geographical and climatic characteristics. The proposal aims to create a habitat that harmonizes the contrasting elements of the sea and the desert while addressing environmental challenges and cultural contexts. The intent is to foster a living experience that enriches the relationship between inhabitants and their natural surroundings.

### Spatial Organization and User Interaction
The project features a thoughtful arrangement of spaces designed to fulfill specific functional and aesthetic needs. It includes adaptable housing modules that can be customized according to user requirements, along with dedicated service modules for essential utilities. Common areas promote social interaction, encouraging community engagement while maintaining individual privacy—a critical consideration in Emirati culture. Circulation patterns are established to differentiate between public and private zones, enhancing the user experience by reflecting the natural movement found in desert landscapes.

### Sustainable Features and Material Selection
Sustainability is a central theme in this design, employing various environmental strategies. Solar panels are integrated into the roofs to harness renewable energy, while natural ventilation techniques, such as wind catchers, optimize airflow to keep indoor spaces cool without excessive reliance on mechanical cooling systems. The project includes innovative water management systems for rainwater harvesting and greywater recycling, supporting responsible water usage.

In terms of materiality, the selection process prioritizes local climate appropriateness and aesthetic coherence. Key materials include structural steel for stability, prefabricated concrete for durability, recycled materials for privacy screens, and expansive glass openings to enhance visual connectivity with the environment. Wood accents are incorporated into interior finishes to add warmth and a nod to traditional craftsmanship.