Designed with a central rotating column and expansive glass facades, this compact dwelling optimizes views and natural light while minimizing its ecological footprint.
5 key facts about this project
01
Designed with a central rotating column for dynamic spatial flexibility.
02
Extensive use of glass maximizes natural light and enhances panoramic views.
03
Sustainable materials, including reclaimed wood, minimize environmental impact.
04
Compact layout integrates living, kitchen, and bathroom functions efficiently.
05
The structure's footprint is intentionally designed to reduce land disturbance.
General keywords
The architectural design project "PIVOT" embodies a contemporary approach to living that emphasizes adaptability and sustainable practices. The project features a unique rotating structure that allows users to reorient their living space in response to changing environmental conditions and personal preferences. The design prioritizes minimal land disturbance while ensuring functionality and aesthetic coherence with its natural surroundings.
Unique Rotational Design
The primary feature of "PIVOT" is its ability to rotate around a central column. This design allows the structure to pivot up to 180 degrees, providing diverse views throughout the day and enabling occupants to maximize their connection with the external environment. The spatial arrangement includes a living area, kitchenette, and bathroom compactly integrated into the structure. This flexibility in space utilization makes the project suitable for various lifestyles while maintaining a focus on comfort and efficiency.
Material and Structural Choices
The project incorporates a thoughtful selection of materials to enhance both durability and sustainability. Reinforced concrete serves as the foundational material providing structural integrity. Extensive use of glass in the facade facilitates natural lighting, creating an open atmosphere. Steel elements enhance the robustness of the rotating mechanism and overall framework. Sustainable finishes, such as reclaimed wood, may be used within the interior spaces to align with the project's ecological ambitions.
The energy performance calculations indicate an emphasis on renewable energy sources, including solar panels that contribute to the building's self-sufficiency. This ensures minimal reliance on non-renewable resources while promoting modern living standards.
Dynamic Living Experience
The dynamically adaptable features of "PIVOT" not only represent architectural innovation but also address the need for responsive living environments in today’s climate-aware society. By allowing inhabitants to adjust their spatial experience based on the sun’s path or weather conditions, the design promotes an environmentally integrated way of life.
This project serves as an illustrative example of how modern architecture can address user needs while emphasizing sustainability. For further insights into the architectural plans, sections, designs, and ideas behind "PIVOT," the project presentation warrants exploration to uncover the detailed considerations that inform this innovative living solution.
Unique Rotational Design
The primary feature of "PIVOT" is its ability to rotate around a central column. This design allows the structure to pivot up to 180 degrees, providing diverse views throughout the day and enabling occupants to maximize their connection with the external environment. The spatial arrangement includes a living area, kitchenette, and bathroom compactly integrated into the structure. This flexibility in space utilization makes the project suitable for various lifestyles while maintaining a focus on comfort and efficiency.
Material and Structural Choices
The project incorporates a thoughtful selection of materials to enhance both durability and sustainability. Reinforced concrete serves as the foundational material providing structural integrity. Extensive use of glass in the facade facilitates natural lighting, creating an open atmosphere. Steel elements enhance the robustness of the rotating mechanism and overall framework. Sustainable finishes, such as reclaimed wood, may be used within the interior spaces to align with the project's ecological ambitions.
The energy performance calculations indicate an emphasis on renewable energy sources, including solar panels that contribute to the building's self-sufficiency. This ensures minimal reliance on non-renewable resources while promoting modern living standards.
Dynamic Living Experience
The dynamically adaptable features of "PIVOT" not only represent architectural innovation but also address the need for responsive living environments in today’s climate-aware society. By allowing inhabitants to adjust their spatial experience based on the sun’s path or weather conditions, the design promotes an environmentally integrated way of life.
This project serves as an illustrative example of how modern architecture can address user needs while emphasizing sustainability. For further insights into the architectural plans, sections, designs, and ideas behind "PIVOT," the project presentation warrants exploration to uncover the detailed considerations that inform this innovative living solution.
