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Preparing Students from a 21 st Century Demographic for the Geoscience Workforce

Learn about UTEP's initiatives to prepare a diverse student body for geoscience careers, from research colloquiums to curriculum design and industry partnerships. Explore pathways to the geosciences through field experiences and mentoring programs, promoting career awareness and skill development. Discover the outcomes and future improvements of these innovative approaches.

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Preparing Students from a 21 st Century Demographic for the Geoscience Workforce

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  1. Preparing Students from a 21st Century Demographic for the Geoscience Workforce Diane Doser and Aaron Velasco, Department of Geological Sciences, University of Texas at El Paso (UTEP) ED12A-03

  2. Challenges • UTEP is commuter campus (40% part-time) • 83% undergrads from El Paso County • 76% Hispanic • ~50% first in their family to attend college • Relevance of geoscience to community

  3. Some solutions? • Annual student research colloquium • Pathways program (high school to graduate school) • Curriculum design

  4. Student Research Colloquium • Celebrating our 25th year in 2011! • Modeled after professional meeting, student run • Students at all levels involved • Students produce abstract volume, organize field trip, etc. • Industry support covers major costs, professionals serve as judges

  5. Oral presentation Poster presentation

  6. Positive Outcomes • Prepares students! • Alumni surveys rate colloquium a highlight of their UTEP experience • Maintains strong industry connections • Recruiting tool (both by Department and industry) • Feedback used for program assessment

  7. Pathways to the Geosciences Two pronged approach: • Two week summer field experience (paid) for high school students and teachers, learning is hands on and field based • Undergraduate mentoring (as group and one-on-one) and paid research experience • Support from NSF and Shell

  8. Classroom demonstrations - seismology Field activities – sediment sampling in Rio Grande

  9. Outcomes • High school students and teachers learn about career opportunities in the geosciences (few students study earth science topics after 8th grade) • Undergraduates write resumes, learn how to conduct research, write progress reports, attend meetings, make presentations

  10. Curriculum Development – Senior Seminar in Environmental Science • Career exploration (resumes, visits) • Communication of science to the public (service learning activity) • Semester project to write environmental assessment – professionals assist with organization and writing, judge oral presentation

  11. Earth Science Week - 2010 Wind power Biofuels, hydro power

  12. Outcomes • Interaction with professionals helps students see relevance of course work • Service learning challenges students to communicate science to everyone • Development of oral and written communication skills

  13. Future Improvements • More collaboration with local 2 year college and early college high schools • Funding – industry sponsors, college office of undegraduate research • Need for business skills

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