Incorporating self-cleaning concrete and cross-laminated timber, the design offers a sustainable, adaptable space that fosters community healing and interaction.
5 key facts about this project
01
Incorporates self-cleaning concrete for reduced maintenance and enhanced environmental quality.
02
Features extensive green walls that promote biodiversity and mental well-being.
03
Utilizes modular cubic units for flexible adaptation to various therapeutic needs.
04
Integrates a central patio designed to facilitate community interaction and support.
05
Employs cross-laminated timber panels to enhance structural sustainability and aesthetics.
General keywords
The "Home of Oxygen" project is a new architectural design that operates as a rehabilitation center and community hub, nestled in Bror Hansson Park. It aims to redefine traditional healthcare environments by combining patient care with community interaction. This center is conceptualized as a blend between a hospital and a home, facilitating recovery in a more familiar and comforting atmosphere.
The architectural vision emphasizes the principles of biophilic design, integrating natural elements to support well-being. The space highlights versatility through modular cubic units that can accommodate various therapeutic functions, while also embodying principles of sustainable architecture.
Designing for Community Interaction
This project places significant focus on community-oriented spaces. The layout features a central patio that functions as a communal area, providing an environment conducive to social interaction and support among patients and visitors. This approach counteracts the isolation often felt in traditional hospitals and facilitates a sense of belonging and well-being.
Another key aspect is the integration of green walls and roofs, which serve both aesthetic and functional purposes. These features enhance the environmental quality of the surrounding area, improve air quality, and allow for direct connection with nature through gardening therapy. The extensive use of natural light, facilitated by large glass surfaces, further elevates the project's healing environment.
Innovative Material Use
The materiality of the "Home of Oxygen" reflects a commitment to sustainability and functionality. Key materials include photovoltaic panels for energy efficiency, self-cleaning concrete that reduces maintenance effort, and wood that adds warmth and tactile qualities to the interior spaces. Green facades are also employed to promote biodiversity and ensure that the building harmonizes with its natural surroundings.
Zoning and spatial organization are designed to support a variety of functions, with distinct areas for therapy, workshops, and social gatherings. This modular approach allows for future adaptability, ensuring the facility can evolve to meet the community’s needs over time.
The "Home of Oxygen" demonstrates a thoughtful integration of architecture, ecology, and community, representing a forward-thinking approach to healthcare design. To learn more about this project, including architectural plans, sections, and detailed design elements, it is encouraged to explore the project presentation for a comprehensive understanding of its unique characteristics and functionality.
The architectural vision emphasizes the principles of biophilic design, integrating natural elements to support well-being. The space highlights versatility through modular cubic units that can accommodate various therapeutic functions, while also embodying principles of sustainable architecture.
Designing for Community Interaction
This project places significant focus on community-oriented spaces. The layout features a central patio that functions as a communal area, providing an environment conducive to social interaction and support among patients and visitors. This approach counteracts the isolation often felt in traditional hospitals and facilitates a sense of belonging and well-being.
Another key aspect is the integration of green walls and roofs, which serve both aesthetic and functional purposes. These features enhance the environmental quality of the surrounding area, improve air quality, and allow for direct connection with nature through gardening therapy. The extensive use of natural light, facilitated by large glass surfaces, further elevates the project's healing environment.
Innovative Material Use
The materiality of the "Home of Oxygen" reflects a commitment to sustainability and functionality. Key materials include photovoltaic panels for energy efficiency, self-cleaning concrete that reduces maintenance effort, and wood that adds warmth and tactile qualities to the interior spaces. Green facades are also employed to promote biodiversity and ensure that the building harmonizes with its natural surroundings.
Zoning and spatial organization are designed to support a variety of functions, with distinct areas for therapy, workshops, and social gatherings. This modular approach allows for future adaptability, ensuring the facility can evolve to meet the community’s needs over time.
The "Home of Oxygen" demonstrates a thoughtful integration of architecture, ecology, and community, representing a forward-thinking approach to healthcare design. To learn more about this project, including architectural plans, sections, and detailed design elements, it is encouraged to explore the project presentation for a comprehensive understanding of its unique characteristics and functionality.
