High school and college students need more and better training to find jobs in the quickly evolving technical workforce. Courses of study in career and technical education (CTE) aim to provide these skills. This working paper examines the challenges to providing CTE and highlights the need for further research.
A Framework for Secondary and Postsecondary CTE
Changing labor market needs—particularly with regard to the clean energy sector—highlight the importance of developing new career and technical education (CTE) pathways. This working paper provides an overview of CTE policies and examines the need to improve the education and training pipeline to expand the climate workforce.
A Framework for School Improvement and a Review of the Evidence
This report reviews 13 evaluations of comprehensive high school reform efforts, identifies the features of the models evaluated, and categorizes them to create a reform framework that can be generally applied. It also compiles information on prevalent features of reform models that have proven promising for improving student outcomes.
Lessons from CTE-Dedicated High Schools
This report from the Research Alliance for New York City Schools and MDRC examines the impact of 37 CTE-dedicated high schools in New York City on a range of outcomes, including academic engagement, high school graduation, and college enrollment.
In this commentary originally published in the Albany Times-Union, Rachel Rosen makes the case that New York State should build on its investment in P-TECH 9-14 schools to help young people launch careers in the growing green-energy economy.
Rachel Rosen, codirector of MDRC’s Center of Effective Career and Technical Education (CTE), describes how recent evaluation findings about the P-TECH 9-14 Schools model advance the field’s understanding of ways to better serve students. A version of the interview originally appeared in the Advance CTE blog Learning That Works!
Dual Enrollment Impacts from the Evaluation of New York City’s P-TECH 9-14 Schools
The New York City P-TECH 9-14 model offers accelerated high school course work, early college, and work-based learning experiences. P-TECH students are 30 percentage points more likely to take college courses in high school than comparison group students. They also earn 6.4 more college credits by the end for their fourth year.
Amid keen interest in helping students, young adults, and low-wage workers build the skills necessary to succeed in a technologically advanced economy, MDRC is studying a range of programs that feature employer involvement, such as career pathways from high school into college and the workforce, work-based learning, apprenticeships, and sectoral training.
MDRC’s Center for Effective Career and Technical Education spoke with Di Xu, associate professor at the School of Education at the University of California, Irvine, to learn from her research on nondegree credentials: short-term training programs that purport to give students skills highly valued in the labor market.
In this commentary originally published by The 74, Rachel Rosen, co-director of MDRC’s Center for Effective Career and Technical Education, explains how effective CTE models can be adapted to prepare high school students for jobs in new industries that lower carbon emissions.