Elevated above railway infrastructure, the design incorporates locally sourced bricks and charred wooden shingles to create a cohesive residential community that emphasizes sustainability and shared living experiences.
5 key facts about this project
01
Elevated design integrates directly above existing railway tracks.
02
Extensive use of charred wooden shingles enhances durability and aesthetics.
03
Locally sourced bricks connect the building to its historical context.
04
Flexible layouts accommodate varying family sizes and communal living.
05
Innovative collective streets foster community interaction among residents.
General keywords
Project specific keywords
The RE-TROFIT architectural project is a modern residential development designed to respond effectively to the urban context of Hackney Downs, London. It features an innovative approach to housing that integrates living spaces above existing railway infrastructure. The design emphasizes sustainability and community engagement, utilizing a mix of materials that honor both tradition and modern construction techniques.
A notable characteristic of the project is the integration of elevated communal areas and landscapes within the building structure, ensuring residents have direct access to green spaces and social areas. This project not only addresses housing shortages but also enhances local community interaction and environmental quality.
Innovative Community-Centric Design
The design offers a variety of living options, from single apartments to larger family units, catering to a diverse demographic. Unique to this project is the incorporation of collective streets, which promote social interaction among residents. These streets serve as gathering points, encouraging a sense of community within the urban fabric. The use of various living arrangements, coupled with shared amenities such as kitchens and workspaces, fosters collaborative living, challenging traditional concepts of residential layouts.
Sustainable Material Choices
The architectural framework of RE-TROFIT prominently features a selection of sustainable materials. Concrete provides structural integrity for the design, while wood, used extensively in ceiling treatments and prefabricated elements, offers warmth and energy efficiency. The use of locally sourced railway bricks adds a historical layer to the project, connecting the contemporary design back to the legacy of its surroundings. These material choices not only enhance the aesthetic of the structure but also prioritize ecological considerations, reducing the carbon footprint.
For those interested in deeper insights into the architectural elements of the RE-TROFIT project, including architectural plans, sections, or specific design strategies, exploring the project presentation will provide comprehensive information on its innovative approaches and overall vision.
A notable characteristic of the project is the integration of elevated communal areas and landscapes within the building structure, ensuring residents have direct access to green spaces and social areas. This project not only addresses housing shortages but also enhances local community interaction and environmental quality.
Innovative Community-Centric Design
The design offers a variety of living options, from single apartments to larger family units, catering to a diverse demographic. Unique to this project is the incorporation of collective streets, which promote social interaction among residents. These streets serve as gathering points, encouraging a sense of community within the urban fabric. The use of various living arrangements, coupled with shared amenities such as kitchens and workspaces, fosters collaborative living, challenging traditional concepts of residential layouts.
Sustainable Material Choices
The architectural framework of RE-TROFIT prominently features a selection of sustainable materials. Concrete provides structural integrity for the design, while wood, used extensively in ceiling treatments and prefabricated elements, offers warmth and energy efficiency. The use of locally sourced railway bricks adds a historical layer to the project, connecting the contemporary design back to the legacy of its surroundings. These material choices not only enhance the aesthetic of the structure but also prioritize ecological considerations, reducing the carbon footprint.
For those interested in deeper insights into the architectural elements of the RE-TROFIT project, including architectural plans, sections, or specific design strategies, exploring the project presentation will provide comprehensive information on its innovative approaches and overall vision.
