Crafted from resilient fiberglass and incorporating a rainwater collection system, the microhome provides a functional and sustainable living space designed specifically for cyclone-prone regions.
5 key facts about this project
01
Crafted from fiberglass, enhancing durability against harsh weather conditions.
02
Modular design allows flexible configurations to adapt to various family sizes.
03
Incorporates a rainwater collection system for sustainable resource management.
04
Features an interior courtyard to maximize natural light and ventilation.
05
Utilizes reused construction debris, promoting eco-friendly building practices.
General keywords
Project specific keywords
The Tenrec microhome is a compact architectural design project focused on providing efficient living solutions in regions vulnerable to extreme weather conditions, specifically in Madagascar and other tropical areas of Africa. The design encompasses 25 square meters, catering to small households, including individuals, couples, and elderly residents. The primary aim is to create a sustainable and resilient living environment that offers safety, functionality, and comfort.
The project emphasizes adaptability to harsh climates while maintaining a sense of connection with the natural surroundings. It incorporates crucial design features that enhance the quality of life for its occupants, such as natural ventilation, efficient use of space, and a system for collecting rainwater.
Efficient Use of Space and Modular Design
The Tenrec microhome showcases a modular structure that allows for flexible configurations to accommodate diverse family sizes and needs. The design includes an interior courtyard that facilitates natural light and air circulation, which contributes to the overall well-being of residents. This courtyard serves as a focal point, bridging indoor and outdoor spaces while enhancing the aesthetic appeal of the microhome.
In addition to the courtyard, the living area is designed with multi-functional furniture, optimizing the use of limited space without sacrificing comfort. The living quarters contain bedding arrangements that promote a minimalist aesthetic, enabling efficient living while fostering a sense of openness and tranquility.
Sustainable Materials and Resilience
A significant aspect of the Tenrec microhome is its commitment to sustainability through the careful selection of materials. The design employs fiberglass for its durability and thermal resistance, while also incorporating mortise and tenon joints—an ancient woodworking technique that enhances structural integrity.
Furthermore, the project utilizes reused construction debris to promote eco-friendly building practices, demonstrating a clear intent to minimize environmental impact. Advanced products from Kingpan, including insulated skylights and energy-efficient glazing, contribute to thermal efficiency and facilitate natural airflow throughout the structure.
The Tenrec microhome is engineered to withstand severe weather conditions, with features designed to protect occupants during cyclonic events and flooding. The incorporation of a water collection system ensures that residents have access to essential resources, aligning with the need for resilience in vulnerable regions.
To gain deeper insights into the project's architectural plans, sections, designs, and innovative ideas, we encourage further exploration of the presentation materials. This detailed examination will illuminate how the Tenrec microhome effectively addresses the pressing housing challenges in areas susceptible to extreme environmental events.
The project emphasizes adaptability to harsh climates while maintaining a sense of connection with the natural surroundings. It incorporates crucial design features that enhance the quality of life for its occupants, such as natural ventilation, efficient use of space, and a system for collecting rainwater.
Efficient Use of Space and Modular Design
The Tenrec microhome showcases a modular structure that allows for flexible configurations to accommodate diverse family sizes and needs. The design includes an interior courtyard that facilitates natural light and air circulation, which contributes to the overall well-being of residents. This courtyard serves as a focal point, bridging indoor and outdoor spaces while enhancing the aesthetic appeal of the microhome.
In addition to the courtyard, the living area is designed with multi-functional furniture, optimizing the use of limited space without sacrificing comfort. The living quarters contain bedding arrangements that promote a minimalist aesthetic, enabling efficient living while fostering a sense of openness and tranquility.
Sustainable Materials and Resilience
A significant aspect of the Tenrec microhome is its commitment to sustainability through the careful selection of materials. The design employs fiberglass for its durability and thermal resistance, while also incorporating mortise and tenon joints—an ancient woodworking technique that enhances structural integrity.
Furthermore, the project utilizes reused construction debris to promote eco-friendly building practices, demonstrating a clear intent to minimize environmental impact. Advanced products from Kingpan, including insulated skylights and energy-efficient glazing, contribute to thermal efficiency and facilitate natural airflow throughout the structure.
The Tenrec microhome is engineered to withstand severe weather conditions, with features designed to protect occupants during cyclonic events and flooding. The incorporation of a water collection system ensures that residents have access to essential resources, aligning with the need for resilience in vulnerable regions.
To gain deeper insights into the project's architectural plans, sections, designs, and innovative ideas, we encourage further exploration of the presentation materials. This detailed examination will illuminate how the Tenrec microhome effectively addresses the pressing housing challenges in areas susceptible to extreme environmental events.
