Ako Hassan Marzang 
Combining hemp-lime construction with natural ventilation techniques, the design fosters an energy-efficient environment conducive to multi-generational living in Dubai.
5 key facts about this project
01
Designed with expandable modular units to accommodate evolving family needs.
02
Incorporates wind towers for enhanced natural ventilation and reduced energy consumption.
03
Utilizes hemp-lime concrete for superior insulation and sustainable construction.
04
Features a culturally inspired facade with geometric patterns for solar shading.
05
Employs processed cork flooring for comfort and eco-friendly sourcing.
General keywords
The project "A House for Future" is an architectural design developed to cater to the contemporary residential needs within Dubai, United Arab Emirates. This design emphasizes a harmonious living arrangement that supports multiple generations under one roof while addressing climate conditions unique to the region. The approach integrates sustainable practices, flexible spaces, and modern technology to create a functional and adaptable living environment.
The primary function of this project is to provide a home for families, promoting intergenerational living. This design organizes space into zones that balance communal areas and private quarters. The modular configuration allows for easy expansion or reconfiguration, making it suitable for evolving family structures. The incorporation of open living spaces enhances interaction among residents while maintaining individual privacy in strategically placed bedrooms.
Unique Design Approaches
This design distinguishes itself through its modular approach, which enables the expansion of living spaces based on the needs of the inhabitants. The use of modular construction is facilitated by the incorporation of expandable modules, allowing homeowners to adjust the number of rooms and common areas in response to changing family dynamics.
Furthermore, the project leverages passive environmental strategies to combat the harsh climate of Dubai. The integration of wind towers enhances natural ventilation, reducing reliance on artificial cooling systems. Additionally, the building is oriented to maximize daylight while minimizing solar heat gain during peak sun hours through carefully designed shading devices.
Attention to Materiality
The material selection reflects a commitment to sustainability and performance. Materials such as hemp-lime concrete for exterior walls, lime mortar for interiors, and processed cork for flooring ensure energy efficiency and aesthetic appeal. These materials contribute to a reduced carbon footprint while enhancing indoor air quality and comfort.
Explore architectural plans, sections, and designs to gain a deeper understanding of how "A House for Future" addresses residential needs through innovative architectural ideas. This project stands as an example of how modern architecture can respect cultural values while incorporating contemporary demands. Delve into the details of this project for insights into its comprehensive design and functional philosophy.
The primary function of this project is to provide a home for families, promoting intergenerational living. This design organizes space into zones that balance communal areas and private quarters. The modular configuration allows for easy expansion or reconfiguration, making it suitable for evolving family structures. The incorporation of open living spaces enhances interaction among residents while maintaining individual privacy in strategically placed bedrooms.
Unique Design Approaches
This design distinguishes itself through its modular approach, which enables the expansion of living spaces based on the needs of the inhabitants. The use of modular construction is facilitated by the incorporation of expandable modules, allowing homeowners to adjust the number of rooms and common areas in response to changing family dynamics.
Furthermore, the project leverages passive environmental strategies to combat the harsh climate of Dubai. The integration of wind towers enhances natural ventilation, reducing reliance on artificial cooling systems. Additionally, the building is oriented to maximize daylight while minimizing solar heat gain during peak sun hours through carefully designed shading devices.
Attention to Materiality
The material selection reflects a commitment to sustainability and performance. Materials such as hemp-lime concrete for exterior walls, lime mortar for interiors, and processed cork for flooring ensure energy efficiency and aesthetic appeal. These materials contribute to a reduced carbon footprint while enhancing indoor air quality and comfort.
Explore architectural plans, sections, and designs to gain a deeper understanding of how "A House for Future" addresses residential needs through innovative architectural ideas. This project stands as an example of how modern architecture can respect cultural values while incorporating contemporary demands. Delve into the details of this project for insights into its comprehensive design and functional philosophy.
