Utilizing Kingspan structural panels for enhanced energy efficiency and integrating native landscaping, this off-grid dwelling addresses the need for sustainable housing while promoting community connectivity in a compact footprint.
5 key facts about this project
01
Utilizes Kingspan structural panels for superior thermal insulation and energy efficiency.
02
Incorporates a bent A-frame design to enhance natural light and optimize space.
03
Features an innovative rainwater harvesting system integrated into the roof structure.
04
Employs charred wooden shingles for enhanced durability and fire resistance.
05
Integrates native plant landscaping to promote biodiversity and reduce maintenance.
General keywords
Project specific keywords
The FOUNDE project represents a thoughtful response to the growing demand for sustainable housing in Vermont. This architectural design serves as an off-grid dwelling that prioritizes energy efficiency, natural resource management, and social engagement. It embodies the principles of modern architecture while emphasizing environmental stewardship and community integration.
The building's compact single-story form employs a unique angular roofline that directs rainwater for harvesting, effectively managing snow loads and enhancing the structure's overall efficiency. The internal spatial arrangement fosters interaction, featuring an open-concept living area that integrates the kitchen, dining, and living spaces. A versatile bedroom with a wall bed accommodates various living arrangements, supporting both small families and communal living. Outdoor spaces, including a covered entry and terrace, expand the living area into the natural landscape, encouraging residents to connect with their surroundings.
Sustainable materiality is a significant focus of the FOUNDE project. The use of Kingspan TEK Structural Insulated Panels (SIPs) greatly enhances energy performance while creating a solid framework. Recycled aggregate concrete features prominently in the foundation, contributing to resource efficiency. Insulation is further optimized with Kingspan GreenGuard XPS, ensuring low-energy consumption throughout the year. Natural wood siding serves as protective cladding and adds warmth to the architectural expression. Incorporating solar panels underscores the project's commitment to renewable energy.
The FOUNDE project distinguishes itself through its commitment to community and environmental considerations. It is designed as a car-free community that prioritizes pedestrian mobility, thereby reducing carbon emissions associated with transportation. This project does not merely offer housing; it fosters a sense of belonging and shared responsibility among residents. The modular design allows for quick assembly and adaptability, making it a practical response to the local housing crisis.
Integration with the landscape is another unique aspect of the design. The building is systematically positioned to maximize natural light and ventilation while enhancing the surrounding ecosystem with native plantings. This connection to the environment not only enriches the living experience but also promotes biodiversity.
The FOUNDE project is an exemplar of modern architecture that successfully balances functionality with ecological responsibility. Its design outcomes address critical housing needs while fostering community interaction and environmental consciousness. For further insights into the architectural plans, sections, and innovative design ideas that drive this project, explore the detailed presentation of FOUNDE to discover the full scope of its architectural significance.
The building's compact single-story form employs a unique angular roofline that directs rainwater for harvesting, effectively managing snow loads and enhancing the structure's overall efficiency. The internal spatial arrangement fosters interaction, featuring an open-concept living area that integrates the kitchen, dining, and living spaces. A versatile bedroom with a wall bed accommodates various living arrangements, supporting both small families and communal living. Outdoor spaces, including a covered entry and terrace, expand the living area into the natural landscape, encouraging residents to connect with their surroundings.
Sustainable materiality is a significant focus of the FOUNDE project. The use of Kingspan TEK Structural Insulated Panels (SIPs) greatly enhances energy performance while creating a solid framework. Recycled aggregate concrete features prominently in the foundation, contributing to resource efficiency. Insulation is further optimized with Kingspan GreenGuard XPS, ensuring low-energy consumption throughout the year. Natural wood siding serves as protective cladding and adds warmth to the architectural expression. Incorporating solar panels underscores the project's commitment to renewable energy.
The FOUNDE project distinguishes itself through its commitment to community and environmental considerations. It is designed as a car-free community that prioritizes pedestrian mobility, thereby reducing carbon emissions associated with transportation. This project does not merely offer housing; it fosters a sense of belonging and shared responsibility among residents. The modular design allows for quick assembly and adaptability, making it a practical response to the local housing crisis.
Integration with the landscape is another unique aspect of the design. The building is systematically positioned to maximize natural light and ventilation while enhancing the surrounding ecosystem with native plantings. This connection to the environment not only enriches the living experience but also promotes biodiversity.
The FOUNDE project is an exemplar of modern architecture that successfully balances functionality with ecological responsibility. Its design outcomes address critical housing needs while fostering community interaction and environmental consciousness. For further insights into the architectural plans, sections, and innovative design ideas that drive this project, explore the detailed presentation of FOUNDE to discover the full scope of its architectural significance.
