Ester Faccilongo, 
Cubic LED glass units, crafted from locally sourced rubble, redefine community engagement by transforming a war-torn urban landscape into vibrant residential spaces.
5 key facts about this project
01
Cubic units designed with colorful LED glass panels enhance urban visibility and community interaction.
02
3D printed concrete incorporates local debris, promoting sustainable construction practices.
03
Public spaces are integrated into the design to encourage social engagement and greenery.
04
Auto-dimming technology in glass panels optimizes energy efficiency based on natural light.
05
The design responds to the emotional context of a war-torn area, emphasizing resilience and renewal.
General keywords
Project specific keywords
The "WoWindows" project is an architectural endeavor located in the district of Saltivka, focusing on the reconstruction of a war-affected urban landscape. It embodies the principles of regeneration and resilience by transforming remnants of destroyed buildings into a livable environment. The project aims to create a vibrant community space, integrating modern design with environmental sustainability.
The architectural design features a modular system comprised of cubic units known as "LED glass boxes." This framework not only provides functional residential space but also creates a visually compelling façade that resonates with themes of hope and renewal. The incorporation of various materials, including 3D printed concrete sourced from debris, steel structural elements, and innovative LED glass panels, demonstrates a commitment to sustainable practices in building.
Unique Aspects of the Design
What sets the "WoWindows" project apart from other urban developments is its focus on the emotional and historical context of the site. The design incorporates transparent and translucent materials that allow light to permeate the structure, symbolizing the transition from darkness to light following conflict. The artistic approach to modularity allows for adaptability; future iterations of the project can be modified based on community needs without substantial overhaul.
The public space adjacent to the residential units is another prominent feature. This area is designed to encourage social interaction through landscaped gardens and community gathering spaces. The integration of greenery not only enhances aesthetics but also contributes to improving air quality and fostering biodiversity within the urban setting.
Structural and Material Considerations
The architectural plans for "WoWindows" emphasize both function and performance. Steel components provide necessary structural integrity, while 3D printed concrete offers an innovative means of utilizing local materials. The LED glass panels serve multiple purposes—enhancing illumination, defining spaces, and acting as energy-efficient solutions through auto-dimming functionality.
The dual focus on structural efficacy and aesthetic appeal creates a comprehensive design approach. Architectural sections reveal how the design maximizes natural light and ventilation, optimizing energy use within the residential units. Additionally, the interplay of indoor and outdoor spaces reinforces a sense of community and connection to nature.
To deepen your understanding of this project, explore the architectural plans, sections, and unique design elements of "WoWindows." Engaging with these materials can provide further insights into the innovative ideas that inform this important urban project.
The architectural design features a modular system comprised of cubic units known as "LED glass boxes." This framework not only provides functional residential space but also creates a visually compelling façade that resonates with themes of hope and renewal. The incorporation of various materials, including 3D printed concrete sourced from debris, steel structural elements, and innovative LED glass panels, demonstrates a commitment to sustainable practices in building.
Unique Aspects of the Design
What sets the "WoWindows" project apart from other urban developments is its focus on the emotional and historical context of the site. The design incorporates transparent and translucent materials that allow light to permeate the structure, symbolizing the transition from darkness to light following conflict. The artistic approach to modularity allows for adaptability; future iterations of the project can be modified based on community needs without substantial overhaul.
The public space adjacent to the residential units is another prominent feature. This area is designed to encourage social interaction through landscaped gardens and community gathering spaces. The integration of greenery not only enhances aesthetics but also contributes to improving air quality and fostering biodiversity within the urban setting.
Structural and Material Considerations
The architectural plans for "WoWindows" emphasize both function and performance. Steel components provide necessary structural integrity, while 3D printed concrete offers an innovative means of utilizing local materials. The LED glass panels serve multiple purposes—enhancing illumination, defining spaces, and acting as energy-efficient solutions through auto-dimming functionality.
The dual focus on structural efficacy and aesthetic appeal creates a comprehensive design approach. Architectural sections reveal how the design maximizes natural light and ventilation, optimizing energy use within the residential units. Additionally, the interplay of indoor and outdoor spaces reinforces a sense of community and connection to nature.
To deepen your understanding of this project, explore the architectural plans, sections, and unique design elements of "WoWindows." Engaging with these materials can provide further insights into the innovative ideas that inform this important urban project.
