Diversity in Education
Diversity in Education
  • Overview
  • K-12 Integration, Desegregation, and Segregation Archive
  • K-16 STEM Archive
  • Browse
    • By Method of Analysis
    • By Unit of Analysis
    • By Data Type
    • By Journal Name or Institutional Affiliation
    • By Keyword
    • By Methodology
    • By Region
    • By Research
    • By Scholarship
    • By Sample Type
  • Help
  • Contact Us

Filter

  • Sort by

  • Filtered Search Term

  • Archive

  • Keywords

  • Research Designs

  • Analysis Methods

  • Researchers

Pipeline Persistence: Examining the Association of Educational Experiences with Earned Degrees in STEM Among U.S. Students

  1. The majority of students who concentrate in STEM make that choice during high school, and that choice is related to a growing interest in mathematics and science rather than enrollment or achievement.
  2. Neither race, gender, nor SES had a significant association with earning a degree in STEM.
  3. Although many fewer students from non-Asian minority groups completed majors in STEM, this finding suggests once in college the likelihood of students earning STEM degrees is equivalent, regardless of demographic background.
  4. Only the number of science classes completed in high school was positively associated with a STEM degree, an indication that high school course enrollment in STEM classes may be an indicator of STEM-related persistence.
  5. Students who in eighth grade indicated that they were interested in a science career and those who believed science would be useful in their future were more likely to earn degrees in STEM.
  6. When asked in 12th grade about their plans for a college major, those who indicated a major in a STEM field were more than three times as likely to earn a STEM degree as those who were planning for a different major at that time.
  7. Once in college, students who changed majors, failed more classes, or had a child prior to completion of their degree were more likely to complete degrees in a non-STEM field.
  8. Students involved in loan programs or work-study were no less likely to complete a degree in STEM, meaning that access to these fields is not restricted to those from advantaged financial situations.
  9. These results indicate that the current policy focus on advanced-level course taking and achievement as measures to increase the flow of students into STEM may be misguided.
Skip to toolbar
  • Log In