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
Darrin DeChane
Project Lead the Way (PLTW) is an applied STEM program first introduced nearly three decades ago to enhance the STEM content of Career Technical Education (CTE). Currently, more than 12,000 US high schools offer the program. Using data from three cohorts of public high school freshmen in Missouri, we investigate the impact of PLTW program offer (ITT) and participation (TOT) on initial post-secondary outcomes. We use a difference-in-difference (DiD) analysis for ITT and a principal score adjusted DiD to estimate TOT. The parallel trends assumption is explicitly tested. We find positive ITT impacts on STEM major declaration among students with higher STEM preparation levels, and this outcome improved substantially for PLTW participants. Impacts on college enrollment are less conclusive.
This paper investigates patterns of racial/ethnic and gender gaps in post-secondary degree attainment trajectories by the levels of students’ pre-college academic preparation. We follow four cohorts of Missouri public high school freshmen for five years beyond on-time graduation among White, Black, and Hispanic male and female students. A composite measure of pre-college academic preparation is constructed based on test scores, GPA, attendance, and advanced course enrollment, which we label Academic Index (AI) and split students into AI Quintiles for analysis. We find large racial/ethnic gaps in AI, with the largest difference for Black male students, who are heavily concentrated in the lowest quintile. Gender gaps in academic readiness widen during high school. College enrollment is higher for Black male and female students near the average AI and below, but this advantage completely disappears for degree completion. Hispanic-White gaps emerge earlier than that of Black-White gaps as Hispanic students are less likely to graduate from high school and attend college. An important finding is that top-performing Black and Hispanic male students have much lower rates of degree completion than other top-performing students. Also, Black-White gaps are much wider in any degree attainment than in bachelor’s degree attainment, suggesting lower likelihood of completing a sub-bachelor degree among Black students. After controlling for academic preparation and the FRL status, bachelor’s degree attainment among Black and Hispanic female students are similar to, or higher than, that of White female students.