Mark Oswald Arrigo, 
Miriam Casillas Luna, 
Incorporating wind towers and perforated facades, the design seamlessly integrates traditional Emirati elements with contemporary materials to create a sustainable courtyard home.
5 key facts about this project
01
Integrates traditional Barjeel wind towers for natural ventilation.
02
Utilizes perforated facades to control light and reduce heat gain.
03
Incorporates a central courtyard to enhance community interaction.
04
Constructed with locally sourced sandstone and limestone for sustainability.
05
Features modular design for flexibility and future expansion capabilities.
General keywords
Project specific keywords
The architectural project “Age of Fusion,” situated in Dubai, reinvents the traditional Emirati home while embracing contemporary design principles. This project represents a synthesis of heritage and modernity, aiming to create functional living spaces that cater to the evolving needs of residents. The design encapsulates cultural identity while integrating advanced sustainable strategies to address environmental and social challenges commonly faced in urban settings.
Unique Cultural Integration
A distinguishing feature of this project is its approach to cultural integration. The design employs traditional motifs adapted for modern use, allowing for the preservation of Emirati heritage within a contemporary framework. Elements such as perforated facades enhance aesthetic value and provide passive cooling while remaining rooted in cultural practices. This blend not only respects historical architecture but also reinterprets it for today’s lifestyles.
The layout incorporates a central courtyard, a hallmark of traditional Emirati homes, fostering communal interactions while ensuring privacy. Wind towers, inspired by traditional Barjeel architecture, are integrated into the design to improve natural ventilation, significantly reducing reliance on mechanical cooling.
Innovative Sustainable Practices
Sustainability is a core principle guiding this architectural project. By integrating green roofs and vegetation, the design enhances ecological performance, supporting local biodiversity while offering thermal insulation. The choice of durable materials, such as sandstone and limestone, not only evokes local aesthetics but also underscores the project’s commitment to sustainable resource management.
Modular construction techniques facilitate adaptability, allowing spaces to evolve with the occupants’ needs over time. This flexible approach addresses the challenges of urban density, creating dwellings that can be easily modified or expanded in the future.
Explore the architectural plans, sections, and overall designs to gain further insights into the intricate details and innovative ideas embedded in this project. The comprehensive presentation illustrates how architectural design can effectively merge tradition and modernity while promoting sustainability in an urban context.
Unique Cultural Integration
A distinguishing feature of this project is its approach to cultural integration. The design employs traditional motifs adapted for modern use, allowing for the preservation of Emirati heritage within a contemporary framework. Elements such as perforated facades enhance aesthetic value and provide passive cooling while remaining rooted in cultural practices. This blend not only respects historical architecture but also reinterprets it for today’s lifestyles.
The layout incorporates a central courtyard, a hallmark of traditional Emirati homes, fostering communal interactions while ensuring privacy. Wind towers, inspired by traditional Barjeel architecture, are integrated into the design to improve natural ventilation, significantly reducing reliance on mechanical cooling.
Innovative Sustainable Practices
Sustainability is a core principle guiding this architectural project. By integrating green roofs and vegetation, the design enhances ecological performance, supporting local biodiversity while offering thermal insulation. The choice of durable materials, such as sandstone and limestone, not only evokes local aesthetics but also underscores the project’s commitment to sustainable resource management.
Modular construction techniques facilitate adaptability, allowing spaces to evolve with the occupants’ needs over time. This flexible approach addresses the challenges of urban density, creating dwellings that can be easily modified or expanded in the future.
Explore the architectural plans, sections, and overall designs to gain further insights into the intricate details and innovative ideas embedded in this project. The comprehensive presentation illustrates how architectural design can effectively merge tradition and modernity while promoting sustainability in an urban context.
