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2010 National Engineers Week Future City Competition
Davidson IB Middle School
U.S. Space and Rocket Center
Space Camp
On the third and final day of the 2010 Engineers Week Future City Competition regional winners from 39 schools, along with their parents, teachers and mentors1 packed a Washington, D.C. hotel ballroom2 for the announcement of the five finalists — whittled3 down from the 1,100 middle school teams that entered the contest in September.
Each team was given 12 minutes on stage to make their case before the audience and a panel of judges.
System failure
Luke Churchill from North Carolina's Davidson IB Middle School looked confident as he fielded a question about what would happen if the central computer system in his city failed. "We actually have a separate computer system located within a secure facility within the mountain," he told the judges. "So, if the central computer is destroyed or incapacitated in some way the city can continue to function using the computer within the mountain."
Future City Competition
Davidson student Emily Yue makes the case for Mamohatra before a panel of judges. She argues that the city's CARE refugee center offers housing to victims of natural disaster or financial hardship.
It's no wonder that Luke knows his stuff. He and his seven teammates spent nearly every weekend since September on research and design, using computer simulation to turn their ideas into a 3-dimensional table-top model for the contest.
When the judges scores were tallied4 all that hard work paid off. Davidson won the top award for its future city, called Mamohatra. It means "to revive" in Malagasy, the language spoken in Madagascar.
Team member Ruth Swallow says the fictional5 town — set in the year 2346 — deals with real-life environmental problems on the island nation today. "We decided6 we wanted to fix these problems and so our agriculture program doesn't complicate7 erosion, and also it also replenishes8 the top soil."
Luke adds that the plan incorporates vertical9 farming, which, he says, "is a process of having different floors and farms within a building. Therefore there is no erosion, and we can more helpfully solve the problems within Madagascar's environment."
Brightest minds
The competition's focus this year was preparing for emergencies. Each team had to design housing for victims of a natural disaster or financial hardship. Davidson met that challenge with a refugee center that had easy access to Mamohatra city services.
A bird's eye view of Mamohatra that proposes such advanced building technologies as agro-waste and cellulosics and electromagnetic waves to distribute energy.
Ruth explains that the center's apartment towers are made from an innovative10 and affordable11 building material called agro-waste, a compound that combines agricultural by-produces like banana peels and rice husks with beach sand into a kind of stucco. "We pack agro-waste on to a carbon fiber12 framework equipped with nano sensors13. The nano-sensors send electromagnetic waves throughout the brick so that engineers can know when to repair or replace it," she says.
Team member Emily Yue says other buildings in their city integrate a kind of synthetic14 plastic known as cellulosics. "Cellulosics are basically made from cellulose which is from plants." When mixed with plasticizers, plastic is created, Ruth says. "It's relatively15 scratch resistant16, and it can be molded to form into different shapes. So we used this in most of our buildings."
Emily says these advanced systems — modeled with recycled materials like discarded parts of a fire alarm, cookie containers, shampoo bottles and venetian blinds — are not science fiction. "This city could be built with these technologies in the next 30 years. It's no longer a matter of what things are. It's a matter of how they work, and that's pretty amazing."
Future engineers
And if the Future City Competition is any indication, the team from Davidson IB Middle School will be the engineers doing just that. Luke says he now has an idea of what his future career would be like.
US Space and Rocket Center
As grand prize winners, Davidson students will get a chance to try-out astronaut simulators at Space Camp at Huntsvilla, Alabama's U.S. Space and Rocket Center.
"I realize how much work engineers actually do. Everything in the city, everything in the building, everything in technology has all been created and designed by engineers, and I didn't know how much they were involved in our society."
The next step for this budding engineer and his teammates is a vacation. The Future City Competition grand prize is a trip to Huntsville, Alabama — home to the U.S. Space and Rocket Center's Space Camp — where the students will become astronauts for a week and have a chance to consider the engineering possibilities in space.
1 mentors | |
n.(无经验之人的)有经验可信赖的顾问( mentor的名词复数 )v.(无经验之人的)有经验可信赖的顾问( mentor的第三人称单数 ) | |
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2 ballroom | |
n.舞厅 | |
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3 whittled | |
v.切,削(木头),使逐渐变小( whittle的过去式和过去分词 ) | |
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4 tallied | |
v.计算,清点( tally的过去式和过去分词 );加标签(或标记)于;(使)符合;(使)吻合 | |
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5 fictional | |
adj.小说的,虚构的 | |
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6 decided | |
adj.决定了的,坚决的;明显的,明确的 | |
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7 complicate | |
vt.使复杂化,使混乱,使难懂 | |
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8 replenishes | |
补充( replenish的第三人称单数 ); 重新装满 | |
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9 vertical | |
adj.垂直的,顶点的,纵向的;n.垂直物,垂直的位置 | |
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10 innovative | |
adj.革新的,新颖的,富有革新精神的 | |
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11 affordable | |
adj.支付得起的,不太昂贵的 | |
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12 fiber | |
n.纤维,纤维质 | |
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13 sensors | |
n.传感器,灵敏元件( sensor的名词复数 ) | |
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14 synthetic | |
adj.合成的,人工的;综合的;n.人工制品 | |
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15 relatively | |
adv.比较...地,相对地 | |
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16 resistant | |
adj.(to)抵抗的,有抵抗力的 | |
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