G-Pod is a building system, with each individual pod's being capable of functioning autonomously or able to be interlinked with others to form more consolidated structures. G-pods, in both single and multi pod configurations, are readily deployable and can be easily dismantled, restructured, reused and re-located with minimal environmental impact.
Materials / Technology
LOCATION: New Delhi, India
SUMMARY: GOONJ is challenging traditional models of treating old household material as charity instead turning it into powerful tool for social change and a new currency for rural development. Instead of charity this material is given as reward, with dignity to rural communities solving their problems with their own wisdom.
Over 1.3 billion people have no access to electricity and millions more have unreliable supply. Instead they rely on dangerous, polluting and expensive kerosene lamps for light. GravityLight transforms the pull of gravity into electricity. It's a unique solution designed as an affordable, safe and reliable alternative.
SUMMARY: Haiti Onward (HO) embodies a design collaborative combining ancient wisdom with modern technologies to create new economies.
Joro is a high resolution real-time emission tracking tool strategically designed to reduce energy consumption, and break down the barriers that inhibit individuals, corporations, and governments from engaging in ecologically sustainable behavior. Our mission: move energy consumption and embodied carbon to the forefront of the individual decision making process.
Inspired by the local Kabadiwalla, who are small scrap aggregators found in Indian cities & cities in the developing world, our ICT platform helps lower barriers that prevent residents from participating in recycling and composting, leveraging the informal waste ecosystem and helping divert waste from the landfill.
The Liter of Light redesigns solar lighting for the developing world. Our simple technologies create local jobs, teach green skills, and empower energy-poor communities. We believe that community-built, south-south solutions using easily accessible and repairable materials are as powerful as imported, patented and expensive systems centralized by a few stakeholders.
Can architecture integrate living functions? The Living Architecture Systems Group (LASG) is integrating living and near-living technologies into our built environment, transforming the future of buildings and cities. LASG is developing environments that can move, respond and learn; that grow themselves and that are adaptive and empathic toward their inhabitants.
“The Living Breakwaters project combines coastal resiliency infrastructure with habitat enhancement techniques and community engagement, deploying a layered strategy that links in-water protective forms to on-shore interventions.
SUMMARY: This project is a strategy for transforming urban waterfronts into thriving tidal habitats that simultaneously improve the marine environment and respond to human quality of life factors. We aim to capitalize on a well-placed intervention of flexible formwork within conventional casting process to emulate complex habitat structure of tidal ecosystems.
Materiome is a library of nature-inspired 3D printable materials. Local communities can contribute by measuring the properties of their materials with our toolkit. Our mission is to enable anyone, anywhere to use materials so elegant, so ingenious, that they serve human purpose on the largest scale, nourishing life itself.
Our mission is to find essential solutions through sustainable design. We take paper or agricultural waste and we turn it into biodegradable plastic. Then we take that plastic and make things with it (we're currently addressing the packaging industry).
Objective: to develop an alternative solution to social housing here in Colombia while fostering a greener (more vegetarian and less mineral) construction industry. We aim to integrate more the agriculture industry (especially bamboo and engineered bamboo products) in the construction industry, while simultaneously promoting higher standards for social housing design.
SUMMARY: Multifunctional Membrane: Self-Active Building Cells, Not Building Blocks are the centerpieces of a technology that could potentially provide inexpensive, biodegradable, living, breathing "skins" for buildings that would auto-regulate in response to heat, light and humidity and provide climate control, ventilation and lighting without mechanical systems, thereby radica
Net-Works is a highly innovative program that interweaves community development, environmental protection, and closed-loop economic production.
SUMMARY: New York City (Steady) State is an alternative plan for New York City based on a single predicate: it is possible for the city to become almost entirely self-sufficient within its political boundaries. At its conclusion, our project will have proven this and outlined the necessary steps to achieve it.
The MIT Open Agrictulture Initiative develops open-source "controlled environment agriculture" (CEA) technologies to experiment and innovate in seeking alternatives to the unsustainable and destructive practices of industrial agriculture, and to make highly localized food production more viable.
LOCATION: Seattle, Washington, USA