Mehdi Gharibi, 
Combining woven palm fronds for shading and a falaj water system, this sustainable family dwelling offers natural ventilation and efficient resource management in a modern residential setting.
5 key facts about this project
01
Utilizes traditional wind catchers for passive cooling and air circulation.
02
Incorporates a falaj water system to enhance sustainability and efficient water management.
03
Features woven palm fronds as a primary material for shading structures.
04
Design includes family pods that optimize space and function for communal living.
05
Employs prefabricated panels to streamline construction and reduce environmental impact.
General keywords
The ÀL-HOME project is a contemporary residential design situated in Dubai, characterized by its emphasis on sustainability, functionality, and cultural sensitivity. The architecture reflects a modern interpretation of traditional living while addressing the specifics of its geographic context. The design integrates indoor and outdoor spaces, prioritizing natural light and ventilation to create a comfortable and efficient living environment.
Spatial Organization
The layout of ÀL-HOME is organized over multiple levels to facilitate both communal and private living. The ground floor features a welcoming lobby and various 'pods' that incorporate essential utility functions such as bathrooms and laundry rooms. This configuration leads into a shared living and dining area, which is seamlessly connected to an outdoor courtyard. The design prioritizes access to green spaces, encouraging social interactions among residents. The upper levels are dedicated to private quarters, ensuring a balance between communal life and personal space.
Materiality and Construction
ÀL-HOME employs a selection of materials designed to enhance durability while minimizing environmental impact. Woven palm fronds are used for shading elements that contribute to thermal comfort within the home. Prefabricated panels streamline the construction process and reflect a commitment to sustainability, adhering to the principles of resource efficiency. Concrete and steel provide the necessary structural integrity to withstand the extreme conditions typical of the Dubai climate. Each material choice reflects an understanding of local traditions and modern building practices.
Innovative Design Features
ÀL-HOME distinguishes itself through several innovative design approaches. One notable aspect is the incorporation of traditional wind catchers that facilitate passive ventilation, enhancing air circulation while reducing reliance on mechanical cooling systems. Additionally, the project incorporates a falaj system, historically used for water management, which serves as a modern adaptation promoting water conservation practices. Solar panels installed on the roof contribute to energy efficiency, further supporting the project’s sustainability goals.
Environmental Considerations
The initiative reflects a strong commitment to environmental responsibility. Water recycling systems are integrated to manage resources efficiently, addressing the challenges of Dubai's arid climate. The project's orientation and architectural form are designed to maximize natural light and minimize heat gain, reducing energy consumption.
Readers interested in detailed architectural plans, architectural sections, and various architectural ideas that influenced the ÀL-HOME project are encouraged to explore the project presentation. A closer examination of these elements will provide deeper insights into the design and operational efficiency of this residential space.
Spatial Organization
The layout of ÀL-HOME is organized over multiple levels to facilitate both communal and private living. The ground floor features a welcoming lobby and various 'pods' that incorporate essential utility functions such as bathrooms and laundry rooms. This configuration leads into a shared living and dining area, which is seamlessly connected to an outdoor courtyard. The design prioritizes access to green spaces, encouraging social interactions among residents. The upper levels are dedicated to private quarters, ensuring a balance between communal life and personal space.
Materiality and Construction
ÀL-HOME employs a selection of materials designed to enhance durability while minimizing environmental impact. Woven palm fronds are used for shading elements that contribute to thermal comfort within the home. Prefabricated panels streamline the construction process and reflect a commitment to sustainability, adhering to the principles of resource efficiency. Concrete and steel provide the necessary structural integrity to withstand the extreme conditions typical of the Dubai climate. Each material choice reflects an understanding of local traditions and modern building practices.
Innovative Design Features
ÀL-HOME distinguishes itself through several innovative design approaches. One notable aspect is the incorporation of traditional wind catchers that facilitate passive ventilation, enhancing air circulation while reducing reliance on mechanical cooling systems. Additionally, the project incorporates a falaj system, historically used for water management, which serves as a modern adaptation promoting water conservation practices. Solar panels installed on the roof contribute to energy efficiency, further supporting the project’s sustainability goals.
Environmental Considerations
The initiative reflects a strong commitment to environmental responsibility. Water recycling systems are integrated to manage resources efficiently, addressing the challenges of Dubai's arid climate. The project's orientation and architectural form are designed to maximize natural light and minimize heat gain, reducing energy consumption.
Readers interested in detailed architectural plans, architectural sections, and various architectural ideas that influenced the ÀL-HOME project are encouraged to explore the project presentation. A closer examination of these elements will provide deeper insights into the design and operational efficiency of this residential space.
