The expansive transparent dome, framed by vertical green walls and constructed with local wood, creates a harmonious living space that seamlessly integrates nature with community engagement.
5 key facts about this project
01
The dome structure harnesses natural light, enhancing energy efficiency throughout the interior.
02
Vertical green walls promote biodiversity and air quality within the living environment.
03
Sustainable materials include locally sourced cross-laminated timber and charred wooden shingles for durability.
04
The design features hydroponic systems to support food production in urban settings.
05
A bent A-frame design provides structural stability while creating distinct interior spaces.
General keywords
Project specific keywords
The architectural project known as "Biosphere" presents a thoughtful exploration of sustainable urban living, emphasizing the relationship between humans and their environment. This design aims to serve not just as a shelter but as a vibrant ecosystem where architecture integrates seamlessly with nature. Located in an urban context, the design responds to pressing environmental issues while providing functional spaces for community interaction and individual living.
The project is characterized by its innovative dome structure, which symbolizes harmony with nature. This design choice is notable for its transparency, allowing ample natural light to permeate the interior while offering occupants unobstructed views of the surrounding area. The dome’s shape is not only aesthetically pleasing but also functional, promoting energy efficiency by facilitating passive solar heating and cooling.
Functionally, the "Biosphere" serves multiple purposes, including residential areas, community spaces, and green zones, each designed with intentionality to promote both privacy and social interaction. The spatial organization encourages residents to engage with each other, fostering a sense of community. The interior zones are divided thoughtfully, allowing for various activities, from quiet contemplation in individual living quarters to interactive gatherings in communal spaces.
Significant design elements include the extensive use of glass in the dome, which creates a connection between indoor and outdoor spaces. This choice reinforces the idea of living in harmony with nature, inviting the surrounding environment into daily life. Complementing this are materials such as sustainably sourced wood and durable steel, which contribute to the overall longevity and structural integrity of the project. Concrete is used in a way that respects its durability while incorporating biophilic design principles.
One of the unique aspects of the "Biosphere" project lies in its integration of vertical farming and green living walls. These features not only enhance the visual appeal of the architecture but also serve practical functions, such as improving air quality and supporting biodiversity. The planned inclusion of water features further emphasizes the role of nature within the living environment, providing soothing sounds and a habitat for various species.
The design philosophy behind the "Biosphere" seeks to instill a greater awareness of ecological footprints, inviting residents to adopt eco-friendly practices naturally integrated into their daily lives. It challenges traditional notions of urban development by proposing that buildings can be more than mere structures; they can be living entities that promote environmental stewardship.
As you explore the presentation of the "Biosphere" project, I encourage you to delve into the architectural plans, sections, and designs that illustrate these innovative concepts. Understanding the architectural ideas behind this project can provide deeper insights into the potential of sustainable architecture in shaping our future built environments.
The project is characterized by its innovative dome structure, which symbolizes harmony with nature. This design choice is notable for its transparency, allowing ample natural light to permeate the interior while offering occupants unobstructed views of the surrounding area. The dome’s shape is not only aesthetically pleasing but also functional, promoting energy efficiency by facilitating passive solar heating and cooling.
Functionally, the "Biosphere" serves multiple purposes, including residential areas, community spaces, and green zones, each designed with intentionality to promote both privacy and social interaction. The spatial organization encourages residents to engage with each other, fostering a sense of community. The interior zones are divided thoughtfully, allowing for various activities, from quiet contemplation in individual living quarters to interactive gatherings in communal spaces.
Significant design elements include the extensive use of glass in the dome, which creates a connection between indoor and outdoor spaces. This choice reinforces the idea of living in harmony with nature, inviting the surrounding environment into daily life. Complementing this are materials such as sustainably sourced wood and durable steel, which contribute to the overall longevity and structural integrity of the project. Concrete is used in a way that respects its durability while incorporating biophilic design principles.
One of the unique aspects of the "Biosphere" project lies in its integration of vertical farming and green living walls. These features not only enhance the visual appeal of the architecture but also serve practical functions, such as improving air quality and supporting biodiversity. The planned inclusion of water features further emphasizes the role of nature within the living environment, providing soothing sounds and a habitat for various species.
The design philosophy behind the "Biosphere" seeks to instill a greater awareness of ecological footprints, inviting residents to adopt eco-friendly practices naturally integrated into their daily lives. It challenges traditional notions of urban development by proposing that buildings can be more than mere structures; they can be living entities that promote environmental stewardship.
As you explore the presentation of the "Biosphere" project, I encourage you to delve into the architectural plans, sections, and designs that illustrate these innovative concepts. Understanding the architectural ideas behind this project can provide deeper insights into the potential of sustainable architecture in shaping our future built environments.
