Mapping Goals
Research Phase
dAfter completing Assignment 06, students will have developed a comprehensive set of design goals that extend beyond the traditional scope of low-cost housing. The aim is to address not only affordability but also the enhancement of living quality, sustainability, and self-sufficiency. Students will focus on equipping future residents with tools and knowledge to thrive in their environment, transforming the housing experience from mere survival to flourishing. This assignment will also explore ways to engage and share the research and design process with other equatorial communities, highlighting the use of local materials and labor to create a sustainable, dignified approach to housing.
Insights
A key aspect of this assignment will be identifying and integrating essential elements such as electricity generation, ventilation systems, and passive cooling techniques. Students will draw inspiration from earlier research and discussions, proposing innovative solutions that address both individual needs and broader environmental concerns. The collaborative aspect will encourage students to think about potential partnerships with local communities, like Fourah Bay College, and ways to integrate their insights and resources into the design process. This collaboration will ensure that the final design aligns with local needs and maximizes the use of available resources, helping to strengthen the community's capacity for long-term sustainability.
Through visual representations, students will map out design ideas, incorporating aspects like flexible living spaces, private outdoor areas, communal spaces, and passive air conditioning systems. They will also consider integrating public art, 3D printing, and sustainable materials like bamboo. Students will explore both traditional and innovative concepts to propose a housing model that addresses security, comfort, and environmental impact. This will help guide the project’s next phase, pushing the boundaries of what low-cost housing can achieve.
Through visual representations, students will map out design ideas, incorporating aspects like flexible living spaces, private outdoor areas, communal spaces, and passive air conditioning systems. They will also consider integrating public art, 3D printing, and sustainable materials like bamboo. Students will explore both traditional and innovative concepts to propose a housing model that addresses security, comfort, and environmental impact. This will help guide the project’s next phase, pushing the boundaries of what low-cost housing can achieve.
Highlights
Magdalena Garibaldi
The collaboration between WASP (World’s Advanced Saving Project) and IAAC (Institute for Advanced Architecture of Catalonia) marks a significant milestone in sustainable architecture. The project showcases the first 3D-printed earthen structure in Spain, merging traditional materials with cutting-edge 3D printing technology. This innovative approach uses locally sourced earth to create a durable, eco-friendly building, emphasizing the potential for scalable, sustainable construction practices that reduce environmental impact and promote the use of natural materials.
Soojin Kim
The shaded veranda at Mzamba School enhances comfort by offering protection from the sun, while operable windows promote natural ventilation. Clerestory windows enable hot air to escape, improving airflow and lighting the interior, creating a sustainable, energy-efficient environment for learning.
Library
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