Ahmed Emad Habashy Meselhy, 
Omar Shebl Mohamed Hammad Khairaldien, 
Esraa Abdelfarrag Mahmoud Elnaggar, 
The cultural facade, crafted from 3D-printed panels, uniquely integrates natural materials and innovative lighting strategies to create a sustainable community space that fosters social interaction and environmental awareness.
5 key facts about this project
01
The building utilizes 3D-printed cultural panels that enhance natural light while providing a unique visual effect.
02
It features a bent A-frame design that supports structural integrity and aesthetic appeal.
03
The façade incorporates a cultural screen to filter sunlight, reducing heat gain efficiently.
04
Sustainable materials such as cross-laminated timber and charred wood shingles are prominently used.
05
An integrated water recycling system captures and reuses graywater, promoting resource efficiency.
General keywords
The architectural project "The Oasis of Light" is located in Dubai, UAE. This design emphasizes a harmonious interaction between occupants and the environment. With a core focus on light, community involvement, and sustainability, the project is structured to serve multiple functions while enhancing the user's experience of space.
The building comprises an intricate façade that employs a cultural screen. This screen, designed with complex patterns, allows filtered light to permeate the interior, creating a unique play of shadows and reflections that change throughout the day. The façade not only adds aesthetic value but also contributes to thermal regulation, minimizing energy needs. Inside, open courtyards and communal areas promote social interaction, reflecting the cultural importance of community gathering spaces in Dubai.
Sustainable practices are integral to the project's approach. The architectural design includes high-performance insulation, solar panel installations, and water recycling systems. The use of durable materials, such as reinforced concrete and sustainable wood, ensures that the structure is not only resilient but also environmentally conscious.
Unique Design Approaches
A notable aspect of "The Oasis of Light" is its commitment to biophilic design principles. The incorporation of living walls and indoor greenery enhances the connection between residents and nature, promoting well-being. Additionally, the project integrates advanced technology through 3D-printed façade panels, which allows for customization and precision in fabricating the cultural screen. This innovative technique sets the project apart from conventional architectural practices.
Environmentally friendly initiatives contribute to energy efficiency. Solar panels significantly reduce the building's energy consumption, while rainwater harvesting and graywater recycling systems support sustainable water management. These elements reflect a comprehensive approach to environmental responsibility in contemporary architecture.
Architectural Strategy and User Experience
The spatial organization of the project is designed for optimal functionality and flow. Different areas are delineated to accommodate various activities, from communal gatherings to quiet contemplation spaces. This thoughtful arrangement encourages inhabitants to engage with their surroundings actively. The emphasis on natural ventilation through strategic openings further enhances the comfort of the interiors.
In summary, "The Oasis of Light" exemplifies a forward-thinking architectural approach that harmonizes design, sustainability, and community interaction. Those interested in a detailed exploration of architectural plans, sections, and design concepts are encouraged to review the project presentation for more insights into this innovative architectural endeavor.
The building comprises an intricate façade that employs a cultural screen. This screen, designed with complex patterns, allows filtered light to permeate the interior, creating a unique play of shadows and reflections that change throughout the day. The façade not only adds aesthetic value but also contributes to thermal regulation, minimizing energy needs. Inside, open courtyards and communal areas promote social interaction, reflecting the cultural importance of community gathering spaces in Dubai.
Sustainable practices are integral to the project's approach. The architectural design includes high-performance insulation, solar panel installations, and water recycling systems. The use of durable materials, such as reinforced concrete and sustainable wood, ensures that the structure is not only resilient but also environmentally conscious.
Unique Design Approaches
A notable aspect of "The Oasis of Light" is its commitment to biophilic design principles. The incorporation of living walls and indoor greenery enhances the connection between residents and nature, promoting well-being. Additionally, the project integrates advanced technology through 3D-printed façade panels, which allows for customization and precision in fabricating the cultural screen. This innovative technique sets the project apart from conventional architectural practices.
Environmentally friendly initiatives contribute to energy efficiency. Solar panels significantly reduce the building's energy consumption, while rainwater harvesting and graywater recycling systems support sustainable water management. These elements reflect a comprehensive approach to environmental responsibility in contemporary architecture.
Architectural Strategy and User Experience
The spatial organization of the project is designed for optimal functionality and flow. Different areas are delineated to accommodate various activities, from communal gatherings to quiet contemplation spaces. This thoughtful arrangement encourages inhabitants to engage with their surroundings actively. The emphasis on natural ventilation through strategic openings further enhances the comfort of the interiors.
In summary, "The Oasis of Light" exemplifies a forward-thinking architectural approach that harmonizes design, sustainability, and community interaction. Those interested in a detailed exploration of architectural plans, sections, and design concepts are encouraged to review the project presentation for more insights into this innovative architectural endeavor.
