2015 GSA Annual Meeting in Baltimore, Maryland, USA (1-4 November 2015)

Paper No. 13-4
Presentation Time: 9:00 AM

SUPPORTING A BETTER EDUCATION IN MATH AND SCIENCE (SABE MAS) AND THE MASTERS OF ARTS IN TEACHING SCIENCE (MATS) AT THE UNIVERSITY OF TEXAS AT EL PASO


SERPA, Laura, Geological Sciences, University of Texas at El Paso, 500 W University, El Paso, TX 79968 and ESPOSITO, Ellen, College of Science, University of Texas at El Paso, 500 W University St., El Paso, TX 79968, lfserpa@utep.edu

Over the past 7 years we directed a pair of innovative programs for high school science and mathematics teachers at UTEP. The first program was called SABE MAS and its goal was to bring high school math and science teachers together to develop teaching materials that demonstrated the relationships between math and science. It was funded by the State of Texas Coordinating Board and we were expected to maintain an enrollment of ~50 teachers, roughly equally divided between math and science, at all times over the 4 year grant period. All of the participants were expected to meet together in one space and conduct activities together.

The MATS program was approved by the Coordinating Board shortly after we started SABE MAS in 2008. Serpa became the director of that program which was entirely within the College of Science. The focus of the MATS program was to increase content knowledge of in-service High School teachers in one of the following areas: Biology, Chemistry, Geology, or Physics. We had approximately 100 teachers go through SABE MAS and many of them stayed to earn the MATS degree as well.

Because the MATS program was a new program and the college had not given much thought to what would be required for the degree, the only classes regularly taught at night when teachers were not working were in the Geology Department. As a result, many of the teachers ended up in the Geology option despite the fact that ~80% of the teachers had a BS degree in Biology or a non-science area. We incorporated ideas from SABE MAS to increase the math and physics competency of the teachers. We also developed introductory classes that were suitable for traditional graduate students in geology. We taught the introductory class material in a “discovery” mode—i.e. the teachers were tasked with putting together the evidence that led to scientific breakthroughs, such as the Theory of Plate Tectonics. They were required to demonstrate understanding of the evidence and controversies that are at the base of nearly all major scientific ideas. One outcome of these programs is that there are more teachers in El Paso who are qualified to teach geoscience at a high school level than in most other areas of Texas. A few high schools have added Earth and Space Sciences as a 4th year course for their students and we anticipate more classes in the future.