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photo by Tom Cogill |
What
does the popular television series Lost have to do with a high
school math analysis course? With the right technology tools, an
innovative Curry mathematics education student like Allison Satterwhite
has no trouble making the connection.
During
her spring 2006 field practicum at Monticello High School,
Satterwhite needed to present the Law of Cosines to her class.
Unsatisfied with the traditional method of standing at a board
talking through the steps of a textbook word problem, she wanted
to engage her students in problem solving. Her solution was to
use the technology available in her classroom and challenge students
to locate the site of the plane crash that stranded Lost’s
fictional survivors.
After
viewing a digital video clip from the pilot episode, students visited
various Web sites to gather needed information. There
they found the likely model of the plane, the altitude and speed
at which it was flying, and the conversion factor from mach to
miles
per hour. Students also used graphing calculators, geometry software,
digital protractors, and a little guidance from Satterwhite in
the process of tracking down the crash site.
“After the lesson, I had several students tell me that
they had never done anything like that in a class before,” Satterwhite
says. “They were very impressed that I created a lesson
using a TV show and connected it with what they were learning.”
Activities
like this would not be possible – or at least
not easy – without access to technology, Satterwhite believes. “The
technology,” she says, “made this lesson more engaging,
understandable, and efficient.”
Satterwhite
credits her Curry mathematics methods courses taught by Joe Garofalo
with showing her the potential of technology
for helping students learn math. The Curry Center
for Technology and Teacher Education, in partnership
with technology companies Smart Technologies, Canon, and InFocus,
provided the grant that supplied her classroom with the necessary
technology.
When
it came time to do her student teaching in fall 2007, technology
in some form found a place in almost every lesson. “I used
it to make topics more easily understandable and to create interactive
activities so students could practice concepts in a variety of
ways,” Satterwhite explains. “As long as technology
is available and appropriate for what I am teaching, I’m
sure I will be using it in the future.”
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