A translucent polycarbonate dome encases adaptable living spaces, enhancing sustainable practices through integrated water management while fostering community interaction.
5 key facts about this project
01
The design incorporates a transparent polycarbonate dome that maximizes natural light while ensuring privacy.
02
A circular Variable Platform Ring provides multifunctional space for seating, storage, and dining.
03
Integrated rainwater management through a Ring Ditch promotes ecological sustainability.
04
The adaptable interior layout allows seamless transitions between different living functions.
05
Materials were selected for their environmental impact, focusing on sustainability and energy efficiency.
General keywords
The Accordion Bubble project represents a novel approach to architectural design, emphasizing adaptability within residential spaces. It combines innovative structures with sustainable practices to create an effective living environment. The design revolves around a central core that integrates essential utilities while maximizing flexibility in spatial organization. This enables occupants to utilize various areas for distinct functions, such as sleeping, dining, and social interaction, all while maintaining a seamless flow.
Flexible Spatial Configuration
The distinctive structural configuration of the Accordion Bubble features a dome composed of transparent polycarbonate. This material choice facilitates natural light entry, enhancing the interior environment while ensuring privacy. Surrounding the core is the Variable Platform Ring, which serves multifunctional purposes including seating, storage, and dining spaces. This circular arrangement fosters community engagement among occupants while minimizing defined borders. The design also introduces a Ring Ditch—an integral feature that captures rainwater, illustrating a commitment to ecological sustainability and efficient water management.
Sustainable Material Choices and Techniques
Materiality plays a crucial role in the overall effectiveness and appeal of the Accordion Bubble. The use of transparent polycarbonate, wood, concrete, and glass reflects a thoughtful selection tailored to the project's needs. The transparent polycarbonate dome allows for an abundant influx of natural light, reducing the necessity for artificial lighting during the day. Meanwhile, wood provides warmth and a natural aesthetic in the interior elements. The design promotes energy efficiency and reduces environmental impact by relying on sustainable materials where possible.
For professionals and enthusiasts seeking deeper insights into the architectural plans, sections, and design details of the Accordion Bubble, exploring the project's presentation will yield valuable information. The unique aspects of this design, from its fluid spatial organization to its emphasis on sustainability, offer rich content for further examination.
Flexible Spatial Configuration
The distinctive structural configuration of the Accordion Bubble features a dome composed of transparent polycarbonate. This material choice facilitates natural light entry, enhancing the interior environment while ensuring privacy. Surrounding the core is the Variable Platform Ring, which serves multifunctional purposes including seating, storage, and dining spaces. This circular arrangement fosters community engagement among occupants while minimizing defined borders. The design also introduces a Ring Ditch—an integral feature that captures rainwater, illustrating a commitment to ecological sustainability and efficient water management.
Sustainable Material Choices and Techniques
Materiality plays a crucial role in the overall effectiveness and appeal of the Accordion Bubble. The use of transparent polycarbonate, wood, concrete, and glass reflects a thoughtful selection tailored to the project's needs. The transparent polycarbonate dome allows for an abundant influx of natural light, reducing the necessity for artificial lighting during the day. Meanwhile, wood provides warmth and a natural aesthetic in the interior elements. The design promotes energy efficiency and reduces environmental impact by relying on sustainable materials where possible.
For professionals and enthusiasts seeking deeper insights into the architectural plans, sections, and design details of the Accordion Bubble, exploring the project's presentation will yield valuable information. The unique aspects of this design, from its fluid spatial organization to its emphasis on sustainability, offer rich content for further examination.
