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Profiles of Success in Intel ISEF

Young Scientists From Around the World Share Their Stories


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Intel ISEF Projects Reflect Range of Interests

Of the millions of young innovators who enter local science fairs around the globe each year, only a fraction make it to the world's largest pre-collegiate competition, the Intel International Science and Engineering Fair, a program of Society for Science & the Public. This year, 1,557 finalists from 51 countries, regions and territories were selected to meet in Atlanta, Georgia, to present original research projects to panels of esteemed judges and compete for nearly $4 million in scholarships and awards.

Of course, the prizes are motivating, but so too are the issues these young scientists and mathematicians probe: potential treatments and cures for medical diseases, ideas on alternative energy sources and ways to combat global warming, and a range of discoveries and inventions that may just improve the human experience for us all.

Take a look at some of the people and projects at Intel ISEF 2008.
Bradley Pieter Rautenbach and Sean Daly
Johannesburg, South Africa
Bradley Pieter Rautenbach and Sean Daly developed a recycling plan that takes rubber from discarded tires to create inexpensive roof tiles and mulch. Watch video ›*
Frantisek Kolek and Vaclav Kocian
Chrudim, Czech Republic
Frantisek Kolek and Vaclav Kocian targeted their research toward developing a specialized first-aid kit specifically for amputation traumas.
Tobias Maduro Noerbo
Ishoj, Denmark
Having been treated for a serious illness when he was a child, Tobias Maduro Noerbo, built a safe tricycle for sick youngsters confined to hospitals. Watch video ›*

Bradley Pieter Rautenbach and Sean Daly

Bradley Pieter Rautenbach and Sean DalyWith piles of discarded tires mounting in dumps around the world and in their home country of South Africa, St. Johns College students Bradley Pieter Rautenbach and Sean Daly decided to take action. Old tires are an environmental hazard, explain the students. When tires pile up, they collect rainwater and become a breeding ground for disease-carrying mosquitoes. When fires occur, hazardous gases are released into the atmosphere. To address these issues, the students came up with a recycling plan that involves using rubber from discarded tires to create inexpensive roof tiles and mulch.

In designing the roof tiles, Rautenbach and Daly considered tile shape, positioning, and angle. Additionally, they tested fire preventative solutions on the rubber, eventually settling on a fire retardant that not only reduced flammability, but also strengthened the material. The result: a viable roofing option for people in need of affordable housing.

The team created mulch by shredding rubber tires for use as ground cover. The rubber mulch proved very effective at retaining soil moisture, a real advantage for rural South African farmers who may have to carry water long distances to tend their crops.

In the end, Rautenbach and Daly's research not only offers solutions for recycling tires and reducing environmental hazards, but may also make life a bit easier for others.
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