Incorporating charred wooden shingles and vertical greenery, this affordable housing development redefines urban living through sustainable materials and adaptable spaces designed to foster community interaction.
5 key facts about this project
01
Incorporates vertical greenery to enhance biodiversity and improve air quality.
02
Features winter gardens that extend living spaces and promote outdoor engagement.
03
Utilizes charred wooden shingles for improved durability and fire resistance.
04
Employs cross-laminated timber panels, reducing construction time and minimizing waste.
05
Offers five diverse apartment types catering to varying family sizes and needs.
General keywords
"Good Value(s) for Barking" is an architectural project focused on addressing the pressing need for affordable housing in Barking, London. The design merges functionality with aesthetic appeal, creating a living environment that upholds the principles of affordability and accessibility without sacrificing quality. This project illustrates the potential of architecture to respond to socio-economic challenges while fostering community engagement.
**Design Intent and Functionality**
The primary function of the project is to provide diverse and affordable housing options for various demographics. The design offers five distinct types of residential units ranging from 35 sqm to 140 sqm, catering to different household sizes and needs. By prioritizing flexibility in living arrangements, the architecture allows residents to select spaces that best fit their circumstances. This user-centered approach reflects a commitment to inclusivity and adaptability in urban housing design.
**Unique Design Approaches**
The architectural design employs low-cost materials strategically to maximize value while minimizing expenses. Notable materials used in the project include timber, plywood, concrete, and glass. Timber is utilized for balconies and interior finishes, enhancing warmth and natural aesthetics. Plywood serves functional interiors, offering cost-effective solutions with improved acoustic qualities. Concrete is the primary structural material, providing durability, while glass facades enhance light penetration and visual connections to the outdoors.
The project features elongated balconies and winter gardens, integrating indoor and outdoor living spaces. This design enables residents to experience nature while promoting an improved quality of life. Furthermore, vertical greenery and communal gardens enhance environmental sustainability and foster community collaboration. These elements differentiate this project from typical housing developments, showcasing a layered approach to urban living that incorporates nature and social interaction into daily life.
**Community Integration and Urban Context**
Situated in Barking, where the homeownership rate is approximately 48%, the project addresses the urgent need for affordable housing amid a backdrop of economic diversity. The design interlaces residential spaces with pedestrian pathways and landscaped areas, facilitating community connectivity and engagement. This architectural approach aligns with broader urban development goals, promoting a sense of place for residents and facilitating access to public transport, shops, and services.
The strategic combination of varied apartment sizes, sustainable materials, and community-oriented design positions "Good Value(s) for Barking" as a relevant response to current housing challenges. For further insights into this project, consider exploring the architectural plans, sections, and designs to better understand the innovative approaches implemented to realize its vision.
**Design Intent and Functionality**
The primary function of the project is to provide diverse and affordable housing options for various demographics. The design offers five distinct types of residential units ranging from 35 sqm to 140 sqm, catering to different household sizes and needs. By prioritizing flexibility in living arrangements, the architecture allows residents to select spaces that best fit their circumstances. This user-centered approach reflects a commitment to inclusivity and adaptability in urban housing design.
**Unique Design Approaches**
The architectural design employs low-cost materials strategically to maximize value while minimizing expenses. Notable materials used in the project include timber, plywood, concrete, and glass. Timber is utilized for balconies and interior finishes, enhancing warmth and natural aesthetics. Plywood serves functional interiors, offering cost-effective solutions with improved acoustic qualities. Concrete is the primary structural material, providing durability, while glass facades enhance light penetration and visual connections to the outdoors.
The project features elongated balconies and winter gardens, integrating indoor and outdoor living spaces. This design enables residents to experience nature while promoting an improved quality of life. Furthermore, vertical greenery and communal gardens enhance environmental sustainability and foster community collaboration. These elements differentiate this project from typical housing developments, showcasing a layered approach to urban living that incorporates nature and social interaction into daily life.
**Community Integration and Urban Context**
Situated in Barking, where the homeownership rate is approximately 48%, the project addresses the urgent need for affordable housing amid a backdrop of economic diversity. The design interlaces residential spaces with pedestrian pathways and landscaped areas, facilitating community connectivity and engagement. This architectural approach aligns with broader urban development goals, promoting a sense of place for residents and facilitating access to public transport, shops, and services.
The strategic combination of varied apartment sizes, sustainable materials, and community-oriented design positions "Good Value(s) for Barking" as a relevant response to current housing challenges. For further insights into this project, consider exploring the architectural plans, sections, and designs to better understand the innovative approaches implemented to realize its vision.
