Utilizing charred wooden shingles for enhanced durability and local natural ventilation through a traditional Barjeel, the residence exemplifies sustainable living in an urban context by prioritizing energy efficiency and community integration.
5 key facts about this project
01
Utilizes a traditional Barjeel for passive cooling and ventilation.
02
Incorporates locally sourced charred wood shingles for durability and aesthetic appeal.
03
Features cross-laminated timber panels for structural efficiency and eco-friendliness.
04
Design includes a flexible layout accommodating future adaptations for residents.
05
Integrates a central garden promoting biodiversity and natural landscaping.
General keywords
Project specific keywords
The project known as the "House of the Future" is an architectural endeavor located in Al Qouz, Dubai, UAE. This residential design incorporates a thoughtful blend of modern principles and traditional Emirati elements, aiming to recontextualize how homes can function within urban landscapes. The project serves as a prototype for sustainable living, emphasizing energy efficiency, community integration, and adaptability to the evolving needs of residents.
Innovatively, the design seeks to address contemporary environmental challenges while fostering a sense of cultural identity. The layout is organized in a rectangular form, spanning 30 by 15 meters, with a basement and two levels. This configuration promotes user interaction and community engagement while ensuring personal privacy through strategic spatial distribution. The central garden area is a salient feature, intended to improve biodiversity and enhance the overall living experience through natural landscaping.
Unique Design Approaches
A defining characteristic of this project is the incorporation of traditional elements such as the "Barjeel," a wind tower that actively contributes to passive cooling. This architectural feature utilizes natural ventilation to enhance indoor comfort while significantly reducing energy consumption. By integrating modern technology, the design aligns with the principles of sustainability and resource efficiency.
The use of local materials such as concrete, natural timber, and glass reflects a commitment to both environmental responsibility and cultural resonance. The lattice work, inspired by traditional design techniques, serves as both a decorative and functional element, facilitating airflow and visual connections to the outdoor environment. The project ensures harmony between structure and nature, creating a dwelling that feels integrated into its surroundings.
Sustainability is addressed through additional strategies such as the installation of solar panels and a proprietary waste treatment system. These innovations not only promote energy self-sufficiency but also highlight the project's goal of reducing ecological impact. The adaptability of spaces within the house allows for future modifications based on the changing needs of its occupants, reinforcing the idea that homes should evolve over time.
Exploring the architectural plans, sections, and detailed designs will provide further insights into the project’s comprehensive approach to modern residential architecture. Engaging with the intricate architectural ideas presented in this project will deepen the understanding of how it differentiates itself in a landscape of uniform home designs.
Innovatively, the design seeks to address contemporary environmental challenges while fostering a sense of cultural identity. The layout is organized in a rectangular form, spanning 30 by 15 meters, with a basement and two levels. This configuration promotes user interaction and community engagement while ensuring personal privacy through strategic spatial distribution. The central garden area is a salient feature, intended to improve biodiversity and enhance the overall living experience through natural landscaping.
Unique Design Approaches
A defining characteristic of this project is the incorporation of traditional elements such as the "Barjeel," a wind tower that actively contributes to passive cooling. This architectural feature utilizes natural ventilation to enhance indoor comfort while significantly reducing energy consumption. By integrating modern technology, the design aligns with the principles of sustainability and resource efficiency.
The use of local materials such as concrete, natural timber, and glass reflects a commitment to both environmental responsibility and cultural resonance. The lattice work, inspired by traditional design techniques, serves as both a decorative and functional element, facilitating airflow and visual connections to the outdoor environment. The project ensures harmony between structure and nature, creating a dwelling that feels integrated into its surroundings.
Sustainability is addressed through additional strategies such as the installation of solar panels and a proprietary waste treatment system. These innovations not only promote energy self-sufficiency but also highlight the project's goal of reducing ecological impact. The adaptability of spaces within the house allows for future modifications based on the changing needs of its occupants, reinforcing the idea that homes should evolve over time.
Exploring the architectural plans, sections, and detailed designs will provide further insights into the project’s comprehensive approach to modern residential architecture. Engaging with the intricate architectural ideas presented in this project will deepen the understanding of how it differentiates itself in a landscape of uniform home designs.
