A Joint Outreach Effort...
Faculty and students from the Department
of Applied Math, the Department of Astrophysical and Planetary Sciences,
and the School of Education are working together with Sun Educational
Services employees and interns on a pilot project that will integrate
technology into classrooms. This pilot project began in the spring
of 2001 with the goal that it will lead to a Center for Learning
and Teaching. The departments have created three blocks
of instruction, suitable for high school and introductory college courses,
that will promote the learning of concepts. These blocks were
tested in the Summer
Institute 2001 and will also be piloted during this school
year.
The blocks were developed as Java applets because Java is platform
independent and runs on any web browser. That's very important for
school teachers because it's difficult for their schools to buy
expensive mathematical software packages such as MATLAB and Mathematica.
A group of five Sun interns, four Sun employees, one high
school math/physics teacher, and four university faculty members worked
together to develop these applets. One applet is a demonstration
of the Central Limit Theorem and is geared towards a Probability/Statistics
course. The second explores the idea of Minimal Spanning Trees and
could either be placed in a discrete math course or could be integrated
into most math curricula. The third applet is on Kepler's third law
of motion and is appropriate for any high school or lower division
college science course.
Many of the Summer Institute participants worked through
both applets and were very impressed with them. The major themes
in their feedback were that they appreciated (1) the opportunity to
explore, (2) the instant feedback provided by the applets, (3) the
simple format and (4) the variety of instructional possibilities they
allow for. Most participants said they would like to use the applets
in their classrooms because they offer excellent visual representations
of complex ideas. The applets were created in such a way that they
encourage students to construct their own knowledge, make predictions,
and think critically about the situations they are analyzing.
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