Skyler Ashton Perryman, 
Constructed with glulam and fiber-cement, these geodesic structures redefine urban living by providing adaptable and affordable housing solutions that prioritize community integration and sustainability.
5 key facts about this project
01
Constructed entirely with sustainably sourced glulam and fiber-cement materials.
02
Geodesic dome shapes designed for optimal energy efficiency and structural integrity.
03
Includes integrated solar panels to support renewable energy needs.
04
Flexible modular layouts allow for easy reconfiguration of living spaces.
05
Features communal areas that foster social interaction among residents.
General keywords
Project specific keywords
Domeostasis is an architectural project designed to provide innovative workforce housing solutions in an urban industrial setting. Situated in Los Angeles, the project addresses the ongoing challenge of affordable housing while fostering community interaction within a sustainable framework. The design incorporates geodesic dome structures, emphasizing adaptability and resilience. Each dome functions both as a private residence and communal space, promoting a lifestyle that integrates living and working environments.
Unique Design Approaches and Material Selection
What distinguishes Domeostasis from conventional housing projects is its modular approach to design. The geodesic dome format allows for efficient use of space and materials, minimizing waste while maximizing structural integrity. This design choice reflects a commitment to sustainability and ecological sensitivity. The project incorporates Glulam Laminates for structural elements, offering strength and versatility in construction. Fiber Cement Paneling is utilized for its durability and insulation properties. Operable windows enhance natural light and ventilation, contributing to energy efficiency. The integration of solar panels reinforces the project's focus on renewable energy resources and sustainable living.
Community-Centric Design and Spatial Organization
The spatial organization within Domeostasis is designed to enhance communal living experiences. The layout incorporates communal areas such as gardens and market spaces, fostering social interactions among residents. This integration of shared facilities promotes cooperation and strengthens community ties. The design utilizes long-term land trusts to ensure ongoing affordability, allowing diverse income levels to coexist. By addressing both functional and social needs, the design presents a holistic approach to urban housing.
For a deeper understanding of the architectural plans, sections, and designs that make this project a noteworthy example of modern housing solutions, interested readers are encouraged to explore the comprehensive presentation of Domeostasis.
Unique Design Approaches and Material Selection
What distinguishes Domeostasis from conventional housing projects is its modular approach to design. The geodesic dome format allows for efficient use of space and materials, minimizing waste while maximizing structural integrity. This design choice reflects a commitment to sustainability and ecological sensitivity. The project incorporates Glulam Laminates for structural elements, offering strength and versatility in construction. Fiber Cement Paneling is utilized for its durability and insulation properties. Operable windows enhance natural light and ventilation, contributing to energy efficiency. The integration of solar panels reinforces the project's focus on renewable energy resources and sustainable living.
Community-Centric Design and Spatial Organization
The spatial organization within Domeostasis is designed to enhance communal living experiences. The layout incorporates communal areas such as gardens and market spaces, fostering social interactions among residents. This integration of shared facilities promotes cooperation and strengthens community ties. The design utilizes long-term land trusts to ensure ongoing affordability, allowing diverse income levels to coexist. By addressing both functional and social needs, the design presents a holistic approach to urban housing.
For a deeper understanding of the architectural plans, sections, and designs that make this project a noteworthy example of modern housing solutions, interested readers are encouraged to explore the comprehensive presentation of Domeostasis.
