Browse by Topics
- Covid-19 Education Research for Recovery
- Early childhood
- K-12 Education
- Post-secondary education
- Access and admissions
- Education outside of school (after school, summer…)
- Educator labor markets
- Educator preparation, professional development, performance and evaluation
- Finance
- Inequality
- Markets (vouchers, choice, for-profits, vendors)
- Methodology, measurement and data
- Multiple outcomes of education
- Parents and communities
- Politics, governance, philanthropy, and organizations
- Program and policy effects
- Race, ethnicity and culture
- Standards, accountability, assessment, and curriculum
- Students with Learning Differences
Breadcrumb
Search EdWorkingPapers
Joseph Kitchen
We examine the impact of the Thompson Scholars Learning Community (TSLC), a comprehensive college transition program serving students with a variety of majors, on students’ science, technology, engineering, and math (STEM)-related outcomes. We use an explanatory mixed-methods design, which prioritizes the quantitative analyses and uses qualitative analyses to contextualize and explain our quantitative findings. Overall, participating in TSLC does not make students more likely to declare a STEM major, although we do find a positive effect for students of color. TSLC students earn higher overall GPAs than their scholarship-only peers, and TSLC students majoring in STEM outperform scholarship-only STEM majors in STEM courses. Qualitative analyses suggest these results stem from the student-centered and proactive support the program provides students. Our results suggest that a disciplinarily-agnostic program can support student success in STEM, and may increase equitable representation in STEM fields.