Pablo Garza Villarreal 
The use of a palm string lattice facade combined with 3D printed concrete enables sustainable climate-responsive living in a modern residential setting.
5 key facts about this project
01
Utilizes 3D printed concrete for intricate structural details and reduced waste.
02
Incorporates a palm string lattice facade for effective shading and thermal regulation.
03
Features a multifunctional majli that emphasizes traditional Emirati hospitality.
04
Integrates smart technology for automated climate control and energy management.
05
Designed with triple glazing to enhance thermal performance and natural lighting.
General keywords
The "House of the Future" project by Araqsr is an architectural design that reflects a contemporary interpretation of traditional Emirati living. Located in the Gulf region, this residential structure embodies a seamless integration of innovative technology with local cultural elements. The design focuses on functionality while preserving the essence of traditional architecture, aiming to provide a sustainable and comfortable living environment.
The primary function of this project is to serve as a residential home that accommodates modern lifestyles while addressing climatic challenges in the region. The design integrates spaces for communal and private living, exemplifying the social fabric of Emirati culture. Key areas include a grand entrance, an expansive majli for gatherings, and multifunctional living areas that encourage interaction among family members and guests.
Unique aspects of this project are evident in its materials and construction techniques. The use of 3D printed concrete allows for intricate design details while minimizing construction waste. This is coupled with prefabricated floor systems that contribute to structural efficiency. The innovative palm string lattice employed in the façade provides shading and acts as a thermal buffer, creatively reflecting traditional Arabic patterns in a modern format. This blend of new and old not only enhances aesthetic value but also improves the building’s energy performance.
Architecturally, the project’s integration of smart technology is noteworthy. Automated systems facilitate climate control and energy management, aligning with contemporary expectations for sustainability. The triple glazing used in windows minimizes heat transfer while maximizing natural light, creating a comfortable living environment conducive to the region’s harsh climate.
Viewers can gain deeper insights into the "House of the Future" by examining its architectural plans, sections, and designs. Exploring these elements reveals the underlying architectural ideas that drive the project, highlighting its innovative approach to addressing both cultural heritage and modern needs. This project serves as a reference point for architectural design in similar climates, emphasizing the potential of combining traditional aesthetics with advanced functionalities.
The primary function of this project is to serve as a residential home that accommodates modern lifestyles while addressing climatic challenges in the region. The design integrates spaces for communal and private living, exemplifying the social fabric of Emirati culture. Key areas include a grand entrance, an expansive majli for gatherings, and multifunctional living areas that encourage interaction among family members and guests.
Unique aspects of this project are evident in its materials and construction techniques. The use of 3D printed concrete allows for intricate design details while minimizing construction waste. This is coupled with prefabricated floor systems that contribute to structural efficiency. The innovative palm string lattice employed in the façade provides shading and acts as a thermal buffer, creatively reflecting traditional Arabic patterns in a modern format. This blend of new and old not only enhances aesthetic value but also improves the building’s energy performance.
Architecturally, the project’s integration of smart technology is noteworthy. Automated systems facilitate climate control and energy management, aligning with contemporary expectations for sustainability. The triple glazing used in windows minimizes heat transfer while maximizing natural light, creating a comfortable living environment conducive to the region’s harsh climate.
Viewers can gain deeper insights into the "House of the Future" by examining its architectural plans, sections, and designs. Exploring these elements reveals the underlying architectural ideas that drive the project, highlighting its innovative approach to addressing both cultural heritage and modern needs. This project serves as a reference point for architectural design in similar climates, emphasizing the potential of combining traditional aesthetics with advanced functionalities.
