AIR is evaluating the implementation and impact of the New Tech Network’s (NTN) partnership with 10 high schools in Texas, which is intended to improve student advising during the transition to college. The goals of this evaluation are to help NTN address any implementation issues and determine the effectiveness of their revised advising practices.

AIR, in collaboration with 2M Research and Education Strategies Group, is designing and executing the National Evaluation of Career and Technical Education Under Perkins V. The evaluation will assess the implementation of CTE under the new law, how CTE participation and outcomes are evolving over time,  and the effectiveness of CTE strategies permitted under Perkins V in improving key student outcomes. The evaluation will satisfy a legislative mandate in Perkins V and will give Congress and other policymakers a comprehensive assessment of CTE under the new law.

AIR is evaluating IDEA (Individuals Dedicated to Excellence and Achievement) Public Schools’ implementation of two computer science interventions that aim to (a) increase access to and participation in rigorous mathematics and computer science coursework among students who are traditionally underrepresented and (b) increase the number of teachers with deep content knowledge in computer science and STEM (science, technology, engineering, and mathematics) within schools predominantly consisting of students from low-income backgrounds. The goals of the evaluation are to determine if the two interventions are improving students’ performance on district, state, and Advanced Placement mathematics assessments and if they contribute to postsecondary STEM aspirations.

AIR’s NAEP researchers are conducting statistical and psychometric research, evaluation, and data analysis in support of the National Center for Education Statistics (NCES). The goals of the research studies conducted by AIR under this task include (a) developing the psychometric soundness and precision of NAEP assessments, (b) adapting NAEP assessments to changing situations and populations, (c) enhancing understanding of NAEP results, and (d) exploring new ways of modeling NAEP data.

AIR is examining the impact of attending a deeper learning network school on students’ civic engagement, college completion, and workforce outcomes and the differences in their college experiences versus those who attend comparison schools. The aim of this study is to measure the longer term impacts of attending a deeper learning network high school not yet captured in previous research.

AIR, in collaboration with IMPAQ, is designing and building a borrower-based dynamic microsimulation model of the repayment of federal student loans for the Cost Estimation and Analysis Division of the U.S. Department of Education's Office of Budget Services. This work will help the Department better estimate the costs and consequences of student loan debt for a wide array of student populations, as well as understand the impact of potential policy changes on loan program costs and student outcomes.

The Regional Educational Laboratory Midwest, operated by AIR, collaborated with members of the Midwest Career Readiness Research Alliance to conduct a study that described the postsecondary pathways of Minnesota public high school graduates. The goals of the study included describing the pathways that graduates take within 1 year of high school graduation; graduate degree attainment and employment outcomes 6 years later; and differences in initial pathways, degree attainment, and employment outcomes for students with different characteristics.

The Texas Comprehensive Center collaborated with the Texas Education Agency to implement and sustain a systemic approach for the ASEP. The aims of the project were to create a reporting system that is useful to a broad audience in the state and engage in best practices for data management, analysis, and reporting.

Researchers at the Regional Educational Laboratory Southwest, operated by AIR, in collaboration with the Texas Hispanic STEM Research Alliance, conducted a study to identify associations between predictive indicators and postsecondary science, technology, engineering, and math (STEM) success among Hispanic students in Texas. The goals of the study were to identify factors that predict positive STEM-related postsecondary outcomes for students in Texas and to determine whether the association between predictive factors and outcomes differs between Hispanic and non-Hispanic White students.

AIR created an online tool that allows users in Florida to view the return on investment associated with completing a degree from a particular state institution, in a particular major, at a particular level. The tool incorporates data from multiple sources, including statewide completion data, the Integrated Postsecondary Education Data System, and Gallup. AIR also produced a report describing the earnings outcomes for college completers of different levels of degrees in different majors from Florida institutions, as well as discussing student debt levels and job growth information. The goals of the project were to present the state’s educational outcome data in a way that makes it easy for users to compare and make decisions about their educational path.