Developmental math courses have long been considered a barrier for students (Benken et al., 2015), especially for minority and low-income students, who are enrolled in developmental courses disproportionately to their peers (Chen, 2016). Research has shown that various redesign efforts (e.g., multiple measures placement, corequisite support,…

Reversing the trend of US STEM graduation rates lagging other industrialized nations requires that we look at the entire pipeline of potential STEM students, including the vast number that start their journeys in remedial math classrooms in two-year colleges. Most research to date has focused on either Learning Support (LS) success or STEM…

The issue of college readiness persists in higher education, with many students entering college unprepared for the demands of college-level coursework. This challenge is particularly pronounced in math-intensive fields, where students frequently encounter struggles in corequisite math courses. The problem statement asserts that underprepared…

Many students enter into higher education institutions to pursue degrees in STEM fields with varying levels of academic preparedness, and many students will never finish a college degree. To address academic underpreparedness, many institutions have developed remedial coursework to increase student persistence and graduation rates with varying…

Students in developmental math classes have been documented to struggle with arithmetic. This dissertation research was a response to the calls in the literature to qualitatively understand what students are learning in a classroom. Number sequences have been well researched to document the connection of student understanding of math in elementary…

This study used a convergent mixed-methods to assess how well behavioral beliefs, normative beliefs, and control beliefs predict the use of technology within developmental mathematics courses. The Theory of Planned Behavior provided the theoretical framework for this study. The sample consisted of developmental mathematics instructors from across…

While many community college (CC) students come to higher education with specific career or life goals, these aspirations may be forced to change if students are not able to get past the gatekeeper of remedial mathematics coursework. Racially minoritized students are disproportionately tracked into non-credit-bearing remedial (NCBR) mathematics…

Critics of developmental studies suggest that remedial courses may negatively influence a student's program selection, persistence, and completion because remedial classes do not count toward graduation requirements (Long & Boatman, 2013). They have also found that over half of the students referred to remediation do not complete the courses…

Spatial reasoning is required for many topics in undergraduate mathematics as well as other STEM fields. In calculus specifically, there are few interventions that assess students' spatial skills and provide remediation. Haptic technology is a novel approach to spatial skills remediation due to its unfamiliarity to students and its flexibility…

The problem addressed in this study was the level of preparedness of first-year community college students enrolled in remedial math and English courses instead of entering college-level courses. Hence, many high school graduates are not satisfactorily prepared to endure the rigors of college coursework and have to take remedial courses. The…

The problem explored is the literature gap concerning the constructed professional identities of high school mathematics teachers' impact on meeting the diverse needs of newcomers with limited English and limited content-specific knowledge. High school-age Students with Limited or Interrupted Formal Education (SLIFE) enter the United States…

The purpose of this study was to examine sequence completion rates and grade point average (GPA) of co-requisite developmental mathematics and non-co-requisite developmental mathematics courses GPA of the students enrolled in co-requisite developmental mathematics courses compared to students enrolled in non-co-requisite developmental mathematics…

Students identified as unprepared for college work face considerable barriers to performance and college completion. To improve underprepared student outcomes, community colleges where most underprepared students enroll are using different models of developmental education. A recently implemented model in mathematics is a corequisite course…

The purpose of this mixed method study is to determine the effectiveness of the corequisite model on collegiate mathematics developmental education. Corequisite models are designed to allow students who place into pre-college level courses to complete the prerequisite material and college-level coursework simultaneously in their first semester.…

This quantitative study investigated the academic outcomes of high school students from one community college district in Illinois who took a high school transitional math course designed to give them direct placement into a college-level math course. The goal of successful completion of a transitional math course is to allow students direct…