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2009 Winners/Results!
2009 Winners Photos!
Ever wondered who created those incredible Disney World rides? The answer is
engineers. Engineers not only problem-solve to find better and less
expensive ways to
use the forces of nature; but they also use engineering technology to serve
the needs of humanity. Whether providing fresh water to a village in a
remote region, or designing artificial body parts to improve a disabled
person's life, engineers dramatically improve the quality of life daily
around the world.
We look forward to your participation in the Engineers Day activities
designed for elementary, middle and high school students -- the engineers of
tomorrow!
One-day activities for elementary, middle, and high school students:
All located at the Vermont Air National Guard (Directions)
| 8:30 | - | 9:15 | Registration Confirmation |
| 9:30 | - | 11:30 | Exhibitions and Events |
| 11:30 | - | 12:00 | Awards Ceremony |
REQUIRED READING (in PDF format).
Register to WATCH!
Student observers are welcome! Students can come and observe projects, without actually competing. To
do so, please come and watch! However, you must register. The Vermont Air National Guard needs a list of all individuals on site.
Edible
Car Exhibition (for elementary and middle school students).
Astronauts on Apollo 13 were challenged to work with materials at hand to
create necessary parts for their return to earth. The Society of Women
Engineers (SWE)
challenges students to bring edible cars made from food. Create an engineering vehicle that can roll
down a ramp, travel a certain distance, and be edible. The Edible Car Ramp will be 8 feet long and 2 feet wide (2 feet high at the top of the ramp). Please read the REQUIRED READING before you begin.
register online! Limited to 80 students
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Wind Turbine
Challenge (for middle and high school students)
Limited to 50 wind turbines, 2-4 students per team.
Build a wind mill that can lift a 1 kg. weight.
The wind turbine must fit into a paper packing box (10-ream shipping box 11"x 17.5" x 10")
to be taken to the event.
Your score will be the time in seconds that it takes to remove the wind turbine from the box, adjust it as needed, and use it to raise a 1 kg. weight 1 meter.
The wind turbine will be placed on a table 1 meter above the floor. A standard box fan will be used to power the wind turbine.
Any devices deemed unsafe by the judges will be disqualified.
Please read the REQUIRED READING before you begin.
register online!
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Passive
Helicopter Drop Exhibition (for elementary, middle, high school) -
Design and build a helicopter that will spin and fall as slowly as
possible and bring it to drop. The device should deliver a payload of
one US quarter. This represents the telemetry device. They will be dropped
from a height of about 60 feet in an indoor location. Helicopters can be
constructed from paper, glue, straws etc. and must spin 5 times with the
quarter payload before hitting the ground. A high lift device will be used
to lift the passive helicopters. All passive helicopters need to have a *loop
of thread or fishing line 2 inches in diameter attached to the center top
of their device. *This circle of thread should be capable of lifting
the device. Sponsored by: The UVM College of Engineering &
Mathematical Sciences
Please read the REQUIRED READING before you begin.
register online! Limited to 50 helicopters (2-4 students per team)
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Pasta
Bridge Exhibition (for middle and high school students) -
Quick and easy travel is made possible by the infrastructure of roads,
bridges, and dams. Civil engineers design and build some of our world's most
magnificent structures. What allows you to walk across a bridge, how does
it stay up? Build your own and find out! The Pasta Bridge Exhibition asks
students to construct a 36-inch bridge entirely from pasta and hot glue.
Bridges need a good load-to-weight ratio.
Pasta Bridges are limited in mass to 2000 grams.
We recommend students use West Point software to test your designs.
Software is free and available on line at:
http://bridgecontest.usma.edu/download.htm
Sponsored by the American Society of Civil Engineers (ASCE).
Please read the REQUIRED READING before you begin.
register online! Limited to 60 bridges (2-4 students per team). Build and bring for testing.
Click here to see the rules.
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Hangar Roof Truss - (middle/high school)
This challenge is to design and build a model of a airplane hangar roof
truss. The truss scale is 1cm. = 1m. out of
wood. The span is 1 meter with a weight limit of 1000 grams set
for the trusses.
The wooden bearing plates should be at least 4 cm. wide.
No part of the truss or bearing plates may be more than 6 cm. wide.
Trusses will be evaluated for overall strength and
efficiency. Trusses must support testing apparatus (weight of 2 Kg). Use computer simulation to design the
truss, fabricate the design and then bring it to be tested!
For ideas visit West Point Bridge web site.
Please read the REQUIRED READING before you begin.
register online! Limited to 50 students
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For more information on National Engineers Week visit: http://www.eweek.org
For more information on UVM's Engineers Week activities, contact:
Dawn Densmore <densmore@cems.uvm.edu >
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NATIONAL ENGINEERS WEEK, is dedicated
to increase public awareness and appreciation for engineering
in February each year. At UVM, E-week is organized by
the College of Engineering and Mathematical Sciences
Dean’s Office.
E-Week exhibitions focus on local elementary, middle, and high school students.
Approximately 500 students participate
each year. This event coincides with the "Introduce a Girl to Engineering
Day" where IBM
engineers allow students to job shadow.
Take I-89 to exit 15.
Turn right onto Route 15
Go about a half mile, then
turn right onto Lime Kiln Rd.
Go across NEW bridge, then
go straight at flashing light.
Vermont Air national Guard is at top of hill on right.
REGISTER A School Team ONLINE!
Make a Gift
Page last modified October 21, 2009
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