Projects

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 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.

AIR’s College and Career Readiness and Success Center (CCRS Center) collaborated with CareerWise, the Colorado Department of Education, and the Colorado Workforce Development Council to support the expansion of work-based learning (WBL) opportunities in Colorado. The CCRS Center developed the capacity of a Colorado team to maintain and revise WBL geographic information system map applications. The goal of the project was to improve place-based and data-driven decision making.

AIR conducted a randomized controlled trial to determine the effects of Early College High Schools, which allow students to take a mixture of high school and college-level courses. The study examined the impacts of Early College High Schools on college enrollment and degree completion up to 6 years after expected high school graduation, in addition to a cost-benefit analysis of Early College High Schools. The goals of the study were to estimate the longer-term impacts of Early College High Schools on student postsecondary outcomes and compare the financial costs and benefits of these schools.

AIR is supporting the Business Higher Education Forum in developing a logic model, an implementation plan, and an evaluation plan to address the need for more digital technology professionals in the Washington, D.C., region. The goal of this grant is to identify implementation needs and opportunities and develop a scalable and replicable model for increasing the number of digital technology professionals in the region.

AIR evaluated outcomes associated with the Walton Family Foundation’s sizable past investments in the University of Arkansas (UA). AIR analyzed data provided by the Foundation, as well as publicly available data, to estimate the impact of these major investments on key indicators of institutional success at UA. This evaluation has allowed the Foundation to determine how it might further support UA in driving regional economic development and bettering the lives of the state’s residents.

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’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.

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 is partnering with the Arkansas Department of Education to identify which student-level K–12 indicators are best suited for predicting postsecondary success. The aims of this research are twofold to better understand the malleable conditions and characteristics that place students at risk of not attaining postsecondary readiness and to use data to support timely and targeted interventions designed to enhance students' odds of experiencing later life success.