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(upbeat music)
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(Announcer) Civil engineering
is everywhere.
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It's in every road you drive.
It's in the clean water you drink.
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It's where you live, work, and play.
it really is all around you.
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Civil engineers help improve the lives
of millions of people every day.
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We're gonna meet three civil engineers
and look at some of the real ways
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that they're helping
communities right now.
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America's water waste system
is home to an entire ecosystem.
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The animals that live in the water,
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depend on us to keep their
communities clean.
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This is James Wanaburg.
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James is working to
create a healthy habitat
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and ecosystem in Washington
D.C's Potomac River.
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He's a resident engineer for The
Blue Plains Tunnel,
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part of the DC's Clean Rivers Project.
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This tunnel project is
using a massive drill
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that's almost 30 feet high
and over 400 feet long.
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(James) This is my office.
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(upbeat music)
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We're here for D.C Water working
on the Clean Rivers Project.
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This project is intended to
eliminate sewer overflows.
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into the D.C. waterways,
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which ultimately go down
to the Chesapeake Bay.
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So, we're cleaning up the rivers.
Right now, we're working on a deep tunnel.
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It's called the Blue Plains Tunnel,
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and this is going to capture
storm water underground,
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and allow that to be treated
later after a big rain event.
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The tunnel boring machine
we're using here is
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an amazing piece of equipment.
It's fantastic.
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It's 26 foot diameter,
and it bores horizontally underground,
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like a drill, and it holds back
all the earth pressures
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and the hydro static forces
that are below ground at that depth.
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It also allows us to install the pre-cast rings,
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they're made out of
concrete, pre-cast segments,
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and that ring forms the
pipe that will be there
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permanently after we're
finished digging the tunnel.
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Civil engineering is a,
it's a fantastic profession.
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it really deals with engineering
all of the world around us.
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There's infrastructure on the surface,
things that people see and use every day,
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like roadways, bridges,
things of that nature.
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Then there's also a tremendous
amount of civil engineering
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below the surface that no one ever sees.
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That's what we're dealing with here.
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In my view, that's one of the best parts
of civil engineering
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is working on the underground side.
It's so much fun.
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I never imagined I'd be able
to work on something this cool,
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but I always had an
interest in big projects.
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I love being part of it.
It's a great mission.
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I come to work everyday excited to do this
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and we can't wait to see the end result
of all the hard work.
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My name's James and I'm a civil engineer.
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(Upbeat Music)
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(Narrator:) Hurricanes can
destroy entire communities
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that then take years to rebuild,
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Maggie Jakes is a Civil Engineer
who went to Haiti to help
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restore clean drinking water
after the hurricane.
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Maggie was forever changed
through her experiences
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in Haiti, helping a desperate
community and touching lives.
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(Maggie:) So, my junior year in college,
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my professor did a presentation
on his trip to Haiti
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and what he found when he was there.
Their biggest problem was drinking water.
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They didn't have clean water to drink
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and thousands of people are
dying each year because of this.
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So, he was trying to get
civil engineering students
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from Merrimack to travel there.
2011 we traveled to Haiti.
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For the first time, we went
to a town called Manoir.
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This is where severe cholera
outbreaks hit every year.
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There's a big clinic there
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and we saw all the
cholera tents still set up
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from their recent outbreak.
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The system was damaged
by the 2010 earthquake,
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and it was broken in a few places,
but the water was relatively clean.
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So, we made a few repairs to that.
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They were just so grateful
that we were there.
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Because we were there, we gave them hope.
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In the United States, we're really lucky
to have access to clean water
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and that's thanks to years
of hard working engineers.
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My experiences in Haiti, and
my later years at college,
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really opened my eyes to
how many possibilities
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there really are for
civil engineers to help.
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My name is Maggie Jakes
and I'm a civil engineer.
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(wind blowing)
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(crowd cheering)
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(Narrator:) Ah, baseball,
the crack of the bat,
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the roar of the crowd,
the amazing ball parks
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that are home to our national pastime.
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Meet Aaron White, the civil engineer
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in charge of designing the
hurricane-proof retractable roof
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at the Marlins Park in Florida.
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(Aaron:) This is the first roof in the
world
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that was designed for a
category five hurricane.
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It weighs roughly 7,800 tons of steel
and it was actually designed to be
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positioned in a slightly open position
for the hurricanes to let wind
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into the space and then back out
to decrease the wind pressure on the roof.
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Obviously, anytime there's the threat
of a rain storm during a game,
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you have the problem of a rain delay.
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If you know Miami,
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it rains here pretty much
every day during the summer.
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So, they have the ability to
close the roof very quickly
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if there's an impending
thunder storm or rain storm.
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So, there's a guarantee
that the game's gonna happen every night
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and that's extremely important.
The mechanization is very efficient.
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It's designed so it only
costs about 10 dollars
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in electricity to move
the roof open and closed.
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So, early on in the design,
we tried to establish what
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the minimum height of the roof
over the playing field actually is.
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So, we scoured the internet
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and found some equations
that were put out by NASA,
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I believe, for the
flight of a batted ball.
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Through those equations, you can actually
calculate the flight of the batted ball
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at all different angles of
the ball leaving the bat.
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So, if it goes straight up in the air,
it goes straight horizontally, or a nice
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trajectory of a line drive.
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So, we actually crated
those shapes early on
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and put them over the playing field
to make sure that the shape of the roof
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that was above the playing field
would never come in contact
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with a batted ball.
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We really interact with a lot of people.
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So, there's a common conception
that engineers just kind
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of go in their office
and work by themselves doing calculations,
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but that couldn't be
further from the truth.
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I'm Aaron White and I'm a civil engineer.
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(upbeat music)
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(Narrator) Civil
engineers have cool jobs.
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They're creative and innovative people.
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They make an impact and change lives,
making our world a better place.
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The bottom line, if you
want an amazing career
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that makes a difference,
then do something real.
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Be a civil engineer.
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(upbeat music)