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Free online lectures: Explore a world of ideas

Funding provided by:

The D-Lab at MIT: The People's Engineering Team

In partnership with:
Date and time
Wednesday, May 29, 2013

"Amy Smith, Founder and Director of the famous and award-winning D-Lab at MIT ('Design-Develop-Disseminate') discusses the D-Lab's unique innovative approach to improving life in the world's poorest nations. Collaborations of D-Lab engineering students and villagers in developing nations create effective tools and equipment to improve lives. The D-Lab collaborations demonstrate that the capability for innovation exists even in impoverished communities with very limited resources, and that people everywhere can learn to improve their lives significantly. The D-Lab is an outstanding humanitarian project and a very effective one. One objective is to help communities in developing nations to create engineering solutions for specific needs in health care (including prostheses), water purification, grain processing, and other concerns, using mostly the materials at hand. The D-Lab provides workshops to get people started, and soon villagers themselves develop equipment and even start businesses. The second objective of D-Lab is to engage MIT engineering students in the design-development-dissemination process. The D-Lab courses are so popular that students are accepted only by lottery. Engineering students and ordinary people collaborate on simple, elegant and inexpensive equipment that meets specific local needs around the world. D-Lab is a whole new way of learning for everyone involved."

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Amy Smith, who has a master's degree in mechanical engineering and teaches at MIT, isn't interested in building faster computers or bigger jetliners. She's thinking about how to cook dinner in a Haitian slum. Smith and her students have developed a way to turn this plentiful (and otherwise useless) material into clean-burning charcoal by carbonizing it in a covered oil drum. Smith, a practitioner of humanitarian engineering, wants to solve everyday problems for rural families in the developing world: where to find clean water, how to preserve vegetables for market, how to do laundry without electricity or plumbing. Smith's inventions include a hammer mill for grinding grain into floura task African women usually do by hand and a portable kit to test drinking water for contaminating bacteria. Smith, who was awarded a Macarthur Fellowship in 2004, runs MIT's IDEAS Competition, for which teams of student engineers design projects to make life easier in the developing world.
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