The purpose of this mixed-methods study was to explore the impact of informal STEM education on underrepresented middle school girls. The study took place within the context of the EUREKA! summer program, a collaboration between Drexel University's Department of Civil, Architectural, and Environmental Engineering and Girls Inc. of Philadelphia and…

The first manuscript, "Measuring Reading Motivation: A Cautionary Tale" (Jones, 2020) is a mixed-methods study of Black girls' reading motivation while engaging in a summer reading program grounded in the Black Girls' Literacies Framework (BGLF; Muhammad & Haddix, 2016). This manuscript serves as the catalyst for this line of…

Several studies have focused on how in-person informal CS learning programs like summer camps and after-school programs impact Black girls' intent to persist in Computer Science; however, virtual informal CS learning programs remain to be studied. This mixed-methods study uses Intersectional Computing and Social Cognitive Career Theory to examine…

The purpose of this qualitative study is to examine the college choice experiences of Black College Women. Through the theoretical framework of Yosso's (2005) Community Cultural Wealth model, this study sought to examine how Black College Women incorporated aspirational, familial, linguistic, navigational, social, and resistance capital in…

Though gains have been made in broadening participation in science, technology, engineering, and math (STEM) for underserved and historically marginalized groups, challenges remain with recruiting, retaining, and graduating Black women in STEM. This study offers a nuanced response to this underrepresentation and centers on participants'…

The purpose of the study was to contribute to the literature regarding how STEM experiences affect preadolescent female students. More specifically, the purpose was to better understand the experience of 250 female fourth, fifth, and sixth grade students at a summer STEM camp and how those experiences might impact their interest in STEM subjects…

African American and Black women are twice as likely to enroll in higher education in comparison to Black men. However, when it comes to engineering degrees awarded in 2015, only 24% of the Black recipients were women. A potential solution may be to introduce engineering to pre-college Black female students through extracurricular program. Being…

With the changing U.S. demographics, higher numbers of diverse, low-income, first-generation students are underprepared for the academic rigors of four-year institutions oftentimes requiring assistance, and remedial and/or developmental coursework in English and mathematics. Without intervention approaches these students are at high risk for…

African American women compose a critical proportion of the potential science, technology, engineering, and mathematics (STEM) workforce of the future, yet are disproportionately represented and largely underutilized. While various programs and initiatives have been designed and implemented to target women and underrepresented minorities, the…

The research literature concerning traditionally aged college mathematics students' who require remediation, in beginning Algebra topics, states that these students lack confidence in their mathematical skills, have experienced failure and frustration in the past, have low self confidence issues with respect to mathematics and often lack…