Eromitha Ramesh 
Incorporating reinforced bunkers and precast concrete panels, this urban housing initiative prioritizes resilience and modular design to create adaptable living spaces for a community in need of secure, sustainable accommodation.
5 key facts about this project
01
Reinforced bunkers integrated into the design enhance safety and structural integrity.
02
Composite precast concrete panels offer thermal efficiency with a U-value of 0.38 W/(m²K).
03
Modular housing units allow for flexible internal reconfigurations tailored to occupant needs.
04
Communal spaces designed to foster social interaction reflect traditional community living.
05
Landscaped green roofs contribute to ecological sustainability and improve insulation.
General keywords
Project specific keywords
"Re-Erecting Canvases" represents a strategic architectural intervention aimed at reconstructing Block 86 in Ukraine, a site heavily impacted by conflict and structural decay. This project emphasizes resilience and adaptability in urban housing design while addressing the social needs of a community affected by instability. The primary function of the project is to provide safe, flexible living spaces that can evolve over time according to the needs of their residents.
The design incorporates modular housing units that vary in size and layout to accommodate different family structures, from studio apartments to multi-bedroom configurations. The architecture allows for internal reconfigurations, enabling residents to modify their spaces as their circumstances change. The overall design acknowledges the historical context of housing in the region, drawing inspiration from the Khreshchyovka apartments known for their mass housing solutions, while introducing modern architectural strategies.
One significant feature of the project is the integration of reinforced bunkers within the residential structure. This approach enhances safety against potential threats while serving as essential structural supports. Additionally, composite precast concrete panels are utilized throughout the façade, optimizing thermal performance and energy efficiency with a measured U-value of 0.38 W/(m²K). The design includes solar panels to enhance energy independence and reduce operational costs for residents.
This project distinguishes itself through its unique emphasis on communal living. Open corridors connect individual units while facilitating social interactions among residents. Outdoor spaces have been thoughtfully designed to encourage community gatherings, resonating with local traditions of open, shared environments found in historical Indian chawls. The incorporation of these biophilic elements fosters a harmonious balance between nature and architecture, promoting overall resident wellbeing.
A further distinguishing aspect is the innovative use of exterior spaces. The architectural layout prioritizes not only private areas but also communal zones equipped for gatherings and recreational activities, reflecting a deep understanding of the community's needs. The design allows for landscaping that integrates green roofs and outdoor terraces, reinforcing the connection between inhabitants and their surroundings.
For a detailed exploration of this project, including architectural plans and sections, consider reviewing the comprehensive presentation that outlines the various architectural designs and ideas essential for understanding the full scope and impact of "Re-Erecting Canvases." By delving into these visual representations, readers can appreciate the technical intricacies and design philosophy that underline this resilient housing initiative.
The design incorporates modular housing units that vary in size and layout to accommodate different family structures, from studio apartments to multi-bedroom configurations. The architecture allows for internal reconfigurations, enabling residents to modify their spaces as their circumstances change. The overall design acknowledges the historical context of housing in the region, drawing inspiration from the Khreshchyovka apartments known for their mass housing solutions, while introducing modern architectural strategies.
One significant feature of the project is the integration of reinforced bunkers within the residential structure. This approach enhances safety against potential threats while serving as essential structural supports. Additionally, composite precast concrete panels are utilized throughout the façade, optimizing thermal performance and energy efficiency with a measured U-value of 0.38 W/(m²K). The design includes solar panels to enhance energy independence and reduce operational costs for residents.
This project distinguishes itself through its unique emphasis on communal living. Open corridors connect individual units while facilitating social interactions among residents. Outdoor spaces have been thoughtfully designed to encourage community gatherings, resonating with local traditions of open, shared environments found in historical Indian chawls. The incorporation of these biophilic elements fosters a harmonious balance between nature and architecture, promoting overall resident wellbeing.
A further distinguishing aspect is the innovative use of exterior spaces. The architectural layout prioritizes not only private areas but also communal zones equipped for gatherings and recreational activities, reflecting a deep understanding of the community's needs. The design allows for landscaping that integrates green roofs and outdoor terraces, reinforcing the connection between inhabitants and their surroundings.
For a detailed exploration of this project, including architectural plans and sections, consider reviewing the comprehensive presentation that outlines the various architectural designs and ideas essential for understanding the full scope and impact of "Re-Erecting Canvases." By delving into these visual representations, readers can appreciate the technical intricacies and design philosophy that underline this resilient housing initiative.
