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San Antonio PER Workshop - June 19-21, 2002
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As part of the VaNTH ERC Education outreach initiative, a K-12 workshop was held in
San Antonio for middle and high school teachers by PER principal investigator Tony
Petrosino of UT-Austin and workshop leader Stacy Klein of Vanderbilt University. The
workshop leaders were assisted by Sally Valenzuela, Associate Director for the San
Antonio USI, and Richard Vath, a graduate research assistant from UT-Austin. The
workshop was offered for K-12 mathematics and science teachers involved with the
San Antonio USI (USI-9554484) in an effort to present them with instructional materials
that use bioengineering and related sciences as anchors and challenges for the
teaching of science fundamentals at various levels in K-12.
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Over the course of the two and a half day workshop, the teachers were exposed to an
overview of the VaNTH ERC project, an overview of the LEGACY cycle framework, and an
in-depth look at two LEGACY mosaics on the Electrocardiogram and Medical Imaging.
These two instructional units were developed by Stacy Klein with the help of additional
high school classroom teachers as part of the Research Experience for Teachers (RET)
program of the VaNTH ERC project. These mosaics have been extensively tested on the
high school level.
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Throughout the workshop, teachers were given a first-hand look at the modules by working
through many of the incorporated lab activities. Since many of the teachers in
attendance taught on the middle school level, these first-hand experiences were especially
valuable because the teachers were able to look critically at the modules to determine what
components could be changed or adapted for use in middle school mathematics and science.
By the conclusion of the workshop, several of the teachers had begun to develop instructional
sequences for use in their own mathematics and science classrooms in the fall based on the
mosaics presented by Dr. Klein.
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In the coming year, our hope is that we can continue to collaborate with these teachers and
others in the Austin Independent School District to redesign activities and modules based on
bioengineering to be implemented by NSF supported outreach programs (San Antonio USI) and NSF
supported preservice teacher training program (UTeach).
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