## Overview

The House of the Future is situated in Al Quoz, Dubai, where it integrates contemporary architectural concepts with elements of local cultural heritage. Spanning approximately 450 m², the design is tailored to meet the specific needs of residents while successfully addressing the climatic conditions of the region. The project emphasizes a balance between private and communal spaces, fostering both personal comfort and social engagement.

## Spatial Configuration

### Functional Layout

The architectural design encompasses three levels, each with distinct functions. The ground floor (150 m²) includes private areas such as gender-segregated Majlis and kitchen spaces, enhancing communal interaction. The first floor (86 m²) features expansive living and dining areas that are saturated with natural light and complemented by terraces, offering relaxation spaces while maintaining a level of privacy. The second floor (160 m²) primarily serves as a private sleeping area, designed with accessibility in mind through strategically placed stairs and ventilation features.

### Ventilation and Climate Adaptation

Natural ventilation is a central theme of the design. Each room is equipped with dual-walled windows to facilitate cross-ventilation, complemented by a central courtyard that enhances airflow and daylight penetration. This passive cooling strategy minimizes reliance on mechanical air conditioning. A wind tower, inspired by traditional Islamic architecture, further aids in regulating indoor temperatures and air circulation, contributing to a comfortable living environment.

## Material Selection and Sustainability

The material choices reflect a commitment to both local heritage and sustainability. Key materials include dry mix for thermal insulation, UV laminated glass to improve energy efficiency, and aluminum for its recyclability and reduced carbon footprint. Wood is utilized for shading screens, preserving aesthetic quality while contributing to energy efficiency. These materials are locally sourced to ensure lower life-cycle costs and resilience against the region's heat and humidity, effectively enhancing the home’s sustainability profile.

This project also incorporates an innovative hybrid energy system, utilizing solar panels and the potential for geothermal heating. The design anticipates future needs by allowing for vertical expansions through prefabricated materials, aligning with evolving lifestyle requirements while minimizing environmental impact.