Working with the U.S. Chamber of Commerce Foundation and Gallup, AIR developed state-specific Web applications that allow students to learn more about programs of study in their state that provide preparation for growing, middle-class wage jobs. These Web applications connect prospective students to state longitudinal data related to wage outcomes of particular programs and help them calculate and understand the relationship between their desired standard of living and choices of occupations, programs, and schools.
AIR created an online tool that allows users in Utah to view the return on investment associated with completing a degree from a particular state institution, in a particular major, at a particular level. Researchers incorporated data from multiple sources, including statewide completion data, data from the Integrated Postsecondary Education Data System, Gallup, and more, to build the tool. The goal of the tool was 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.
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.
AIR is serving as an evaluation partner for the Data for the American Dream (D4AD) initiative. D4AD supports innovative efforts to expand access to education and career data, with the specific goal of helping students and jobseekers make better career decisions in a changing economy through data-driven information, and especially to help low-income and unemployed Americans access better jobs and education opportunities. AIR’s role is to help grantees, sponsors, and the field learn from these efforts.
AIR supported the Wisconsin Department of Public Instruction in convening seven PK–16 regional councils across the state to build regional partnerships. The goal of these regional partnerships was to develop successful educator career pathways by allowing multiple districts to work collaboratively with local educator preparation programs.
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.
AIR is partnering with Fisk and Vanderbilt Universities to research and disseminate information about the Fisk-Vanderbilt Master’s-to-PhD Bridge Program, an initiative that supports diversity and inclusion in STEM (science, technology, engineering, and mathematics) postsecondary programs. The overarching goal of this grant is to generate and share knowledge about best practices to promote broad participation of students who are underrepresented within the higher education community.
AIR’s Technology Solutions is modernizing the American Society for Engineering Education's (ASEE) survey system and providing the organization with a new and flexible reporting tool. The aim of these improvements is to create an appropriate, cost-effective solution that meets ASEE requirements for flexibility, user-friendliness, data analysis and reporting, and integration with other tools.
American Institutes for Research, in collaboration with the University of Washington, is working on a research project designed to provide a first look at career and technical education (CTE) teacher effectiveness for students with disabilities (SWD). The project aims to measure teacher effectiveness based on estimates of teacher effects on various non-test and long-run student outcomes (e.g., postsecondary enrollment; employment) and to assess whether teacher effectiveness varies according to teachers’ licensure, pathway into teaching (e.g. traditional vs. alternative), and prior work experiences.
AIR is working with five open- and broad-access institutions across Texas to conduct a randomized controlled trial that assigns students to either corequisites or traditional developmental education courses and then compares 3-year outcomes in terms of course success, persistence, and degree completion. The goal of the study is to better understand the impact and implementation of corequisite courses in Texas community colleges.