Jaouen Solen 
Elevated living spaces constructed from concrete and charred wood serve as both residential units and emergency shelters, addressing urban resilience in Kharkiv's revitalized housing landscape.
5 key facts about this project
01
Elevated structures integrate safety features as emergency shelters alongside residential units.
02
The use of charred wooden shingles enhances fire resistance while providing aesthetic depth.
03
Modular construction methods allow for expedited building processes and reduced material waste.
04
Community-focused design incorporates shared balconies and green areas for social interaction.
05
Thermal insulation standards align with European HQE framework for energy efficiency.
General keywords
Project specific keywords
The Kharkiv Housing Challenge Project represents a strategic approach to the rehabilitation of residential buildings in the Saltivka district of Kharkiv, Ukraine. This architectural project aims to address the socio-economic and infrastructural challenges faced by residents following periods of stagnation and conflict. The design focuses on improving residential quality while fostering community interaction and sustainability.
The project includes a comprehensive plan to upgrade existing concrete panel housing, utilizing a modular construction system. This method allows for prefabricated components to be manufactured off-site and assembled on-site, minimizing construction time and disruption. The resulting structures will not only enhance the living conditions but also support a sense of community by incorporating shared spaces and engaging residents in the design process.
Innovative Design Approaches
One of the key differentiators of this project is its integration of elevated living spaces that function as both residential areas and bomb shelters. This dual-use design responds to contemporary safety concerns and ensures that the buildings provide secure environments for their inhabitants. Furthermore, the project emphasizes accessibility and social interaction through its layout, which includes ample communal spaces such as gardens, playgrounds, and other public amenities that encourage community cohesion.
Materiality and Aesthetic Integration
The material choices for this project reflect a balance between durability and environmental considerations. Key materials include concrete for structural integrity, wood for aesthetic appeal in balconies and communal spaces, and double-glazed glass for energy efficiency. The use of these materials aligns with sustainable design principles while contributing to the overall architectural integrity of the buildings. The communal green spaces and shared balconies are designed not only to enhance aesthetic qualities but also to improve thermal performance.
To explore further details about the architectural plans, sections, and designs of this project is encouraged for a comprehensive understanding of its functionalities and community-oriented approach. This analytical examination of available architectural ideas provides a deeper insight into the innovative strategies employed in the rehabilitation of Block 86.
The project includes a comprehensive plan to upgrade existing concrete panel housing, utilizing a modular construction system. This method allows for prefabricated components to be manufactured off-site and assembled on-site, minimizing construction time and disruption. The resulting structures will not only enhance the living conditions but also support a sense of community by incorporating shared spaces and engaging residents in the design process.
Innovative Design Approaches
One of the key differentiators of this project is its integration of elevated living spaces that function as both residential areas and bomb shelters. This dual-use design responds to contemporary safety concerns and ensures that the buildings provide secure environments for their inhabitants. Furthermore, the project emphasizes accessibility and social interaction through its layout, which includes ample communal spaces such as gardens, playgrounds, and other public amenities that encourage community cohesion.
Materiality and Aesthetic Integration
The material choices for this project reflect a balance between durability and environmental considerations. Key materials include concrete for structural integrity, wood for aesthetic appeal in balconies and communal spaces, and double-glazed glass for energy efficiency. The use of these materials aligns with sustainable design principles while contributing to the overall architectural integrity of the buildings. The communal green spaces and shared balconies are designed not only to enhance aesthetic qualities but also to improve thermal performance.
To explore further details about the architectural plans, sections, and designs of this project is encouraged for a comprehensive understanding of its functionalities and community-oriented approach. This analytical examination of available architectural ideas provides a deeper insight into the innovative strategies employed in the rehabilitation of Block 86.
