This journal article discusses a study evaluating the effectiveness of math placement policies for entering community college students on these students' academic success in math. Researchers estimate the impact of placement decisions by using a discrete-time survival model within a regression discontinuity framework. The primary conclusion that emerges is that initial placement in a lower level course increases the time until a student at the margin completes the higher level course they were not assigned to by about a year on average, but in most cases, after this time period, the penalty was small and not statistically significant.
Black College Leadership in PK–12 Education amplifies the research and perspectives of HBCU leaders, including four HBCU education deans, on how HBCUs help school districts optimize education for Black preschool, elementary and secondary students. Chapter 6, "HBCU's as a Pathway to Becoming a Scientist", includes the HBCU STEM Success survey work from the HBCU Core Project.
This research seeks to understand the financial characteristics of HBCUs that enroll a large proportion of students who come from low-income families and how these characteristics influence student success in STEM. The study used secondary data from the Integrated Postsecondary Education Data System (IPEDS) to examine the financial metrics of HBCUs that are associated with the percent of students awarded Pell grants. The sample size consists of 84 four-year HBCUs that submitted financial information to IPEDS. Included in this sample are HBCUs that serve undergraduate students with active grants funded through the National Science Foundation Scholarships in Science, Technology, Engineering, and Mathematics (S-STEM) program.
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.
The purpose of this evaluation is to gather formative feedback about the Association for the Sciences of Limnology and Oceanography Multicultural Program (ASLOMP) and its components, as well as to assess participants' short-term outcomes (e.g., self-efficacy).
AIR is conducting an evaluation of the implementation of the Perkins V legislation, which defines and supports career and technical education (CTE). The evaluation includes a survey of state CTE directors, a nationally representative survey of local education agencies, an evidence review of career development and counseling, analysis of extant data, a content analysis of the states’ Perkins plans, and possibly a survey of community colleges. This research will explore the implementation of the Perkins V legislation and how implementation is changing as a result of new mandates and allowable activities.
AIR has partnered with Quality Education for Minorities to expand effective strategies to support talented, low-income students pursuing science, technology, engineering and mathematics (STEM) at historically Black colleges and universities (HBCUs). For this new National Science Foundation-funded project, AIR's Jennifer Hudson and Mahlet Megra will lead mixed-methods research on the capacity of HBCUs to develop, accommodate, and graduate STEM students.
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 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, in collaboration with Quality Education for Minorities and the Kapor Center, is examining learning environments that enable undergraduate students at Historically Black Colleges and Universities (HBCUs) to thrive and subsequently attain doctoral degrees in science and engineering (S&E). The goals of the study are to (a) identify unique characteristics of S&E learning environments at the 21 HBCUs ranked as top producers of Black baccalaureate degree recipients who earn S&E doctorates (“anchor institutions”), (b) identify HBCUs that have similar characteristics as the anchor institutions and have a high potential to graduate students who go on to earn doctoral degrees, and (c) develop and disseminate a model that builds HBCU capacity to produce graduates who go on to earn S&E doctorates. Click here to access the project website.