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Tournament Mobility in Mathematics Course-Taking Pathways.
1University of California, Irvine, CA, USA.
Socius : Sociological Research for a Dynamic World
|January 7, 2021
Summary
Students face limited chances to advance in math courses, with early disadvantages hindering long-term success. Disparities in math pathways disproportionately affect economically disadvantaged students.
Area of Science:
- Educational research
- Sociology of education
- Mathematics education
Background:
- Student progress in mathematics is crucial for academic and career success.
- The structure of educational opportunities can significantly impact student outcomes.
- Understanding mathematics pathways is essential for addressing educational equity.
Purpose of the Study:
- To visualize and analyze the structure of mathematics course opportunities for a student cohort in Texas.
- To identify patterns in student trajectories through middle and high school mathematics.
- To examine how the structure of opportunities sorts students, particularly economically disadvantaged ones, into different pathways.
Main Methods:
- Analysis of student progress data through middle and high school mathematics sequences.
- Visualization of mathematics course-taking trajectories.
- Examination of mobility regimes and the impact of staggered starts.
Main Results:
- Mathematics pathways exhibit a tournament mobility regime with opportunities to fall behind but limited chances to catch up.
- Staggered starts in mathematics sequences have significant consequences for ultimate student attainment.
- Branching points in mathematics opportunities disproportionately direct economically disadvantaged students to less advanced pathways.
Conclusions:
- The structure of mathematics opportunities reinforces existing inequalities.
- Early educational experiences in mathematics have lasting impacts on student trajectories.
- Interventions are needed to ensure equitable access to advanced mathematics pathways for all students.
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