Video first uploaded to YouTube on 9 Feb 2015.
Below are a few excerpts from the IowaNow article, “The Student Experience: Allison Kindig.” (9 Feb 2015)
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Allison Kindig did her homework before coming to the University of Iowa. Four years later, her preparation is still paying dividends.
The Cedar Rapids native and industrial engineering major recalls looking for a school that would offer her the opportunity to study a variety of subjects ranging from engineering to international business—and more.
During her first semester, she met with H.S. (Uday) Udaykumar, professor of mechanical and industrial engineering in the UI College of Engineering, enrolled in his class, and traveled to northwestern India. Once there, she and her classmates built a small solar cooker and demonstrated it to local villagers.
“Allison has been leading our efforts to develop low-cost, high efficiency solar cook stoves, particularly stored-energy solar cook stoves for the developing world,” Udaykumar says. “She has spent time in India and in Cameroon working on the project; in Cameroon she went on a Stanley Fellowship on her own initiative and trekked 30 miles into the bush to carry and demonstrate solar cookers in remote villages.
Kindig notes that the project requires teamwork, and no individual or profession acting alone can be effective.
Originally published to YouTube by Kirsten Dirksen on 18 Aug 2012.
Solar House 2.0, erected this year on Barcelona’s waterfront, uses time-tested passive solar techniques, but it takes a high-tech leap forward using digital design and digital fabrication techniques to make it completely optimized for ideal solar gain.
With its jagged cantilevers jutting out at odd angles across most of the facade (except the North corner), Solar House 2.0 looks, and acts, like few other buildings. Thanks to digital design, the building’s structure was mathematically adjusted so that every point of the building was adapted to the exact conditions of the exterior.
Software also played a lead role in the building’s construction. Relying on 3D milling (for more on 3D printing see our video MakerBot: open source, self-replicating, stuff-making robot)- the Solar House designers employed a CNC (computer numerical control) wood router- the building’s individual pieces could be completely customized, creating the totally irregular patterns not possible (or affordable) with older, mass production techniques.
Solar House 2.0 was completely prefabricated so when the pieces arrived at the site, it took the team just 2 weeks to erect the 154-square-meter (1,658 sq ft) building. The building’s plans are open source and available to anyone who wants to build their own solar house, solar office or solar tower, but completely-customized to their location.
Click here to learn more…