African American males in all socioeconomic levels are underperforming in school. Many researchers have conducted studies hoping to find reasons for the underperformance. This study focused on three middle class African American males in a suburban school district. These African American male students took upper level math courses that included Algebra III, Math Analysis, AP Calculus, and AP Statistics. This study modeled the study by E. Wayne Harris. He believed students were influenced by eight factors to include parents, past and present achievement, teachers, love of math, counselors, high school graduation/college admissions requirements, peers, and future plans. I conducted a qualitative case study in which students, parents, teachers, counselors, and the math department supervisor were interviewed. The interview questions provided data that were analyzed to determine the influences of the factors listed above. The data gathered during the interviews was used to assess the influence of the factors in the decision making process of the middle class African American males in the study to take upper level math classes. This researcher concluded 1) The parents expected their children to attend college, but the school staff did not have goals that directed the students to take courses that would prepare them for college, 2) Students had post secondary plans. 3) Two of the three parents advised their sons on what math classes to take, 4) There were no policies or practices in place to influence African American males to take more than the required three years of math or upper level math classes, 5) The school culture did not encourage student to take more academic classes, 6) There was no negative peer pressure for taking upper level math classes, and 7) Parents, teachers, counselors and the math department supervisor need to provide more input to African American male students to increase their participation in upper level math classes. In addition, factors such as love of math, high school graduation/college admissions requirements, peers, and future plans must also be addressed if schools hope to increase the number of African American males taking upper level math classes. / Ed. D.

A renewed focus to produce college and career ready graduates capable of thriving in science, technology, engineering, and mathematics (STEM) and other career and technical education professions has made access to advanced mathematics and science courses for all students a priority in K-12 education. Previous research on achievement has indicated that Black and Latino students are underrepresented in advanced mathematics and science courses and are lagging behind their peers in academic performance. Some researchers have suggested that these disparities in participation and achievement result from unequal access to educational opportunities. This purpose of this study was to examine student access to advanced mathematics and sciences courses in Virginia public high schools as an indicator of college and career readiness. This study employed secondary data analysis of school level data from the Virginia Department of Education. Regression analyses, simple and multiple, were used to examine access to advanced mathematics (Algebra II and higher) and advanced science (Chemistry and higher) course offerings by school characteristics, including school size, economically disadvantaged percentage, the percentage of minority students, and urbanicity locale. The results of this study indicated that student access to advanced mathematics and science course offerings, excluding and including AP mathematics and science courses, as in indicator of college and career readiness, differed based upon school size, economically disadvantaged percentage, and urbanicity locale. These findings, consistent with national statistics and other research, suggested that students who attend public high schools in the Commonwealth of Virginia do not have equal access to advanced mathematics and science course offerings, including AP mathematics and science courses, when school size, economically disadvantaged, and urbanicity locales are considered. Other findings related to access based on the percentage of minority students were inconsistent with prior research, as there was no significant difference in the number of advanced mathematics and science course offerings, excluding and including AP mathematics and science courses, based on the percentage of Black and Latino students enrolled in Virginia public high schools. / Ed. D.

The problem investigated in this study is that U.S. minority and low socioeconomic status (SES) student participation in advanced academic classes continues to lag behind that of Caucasian and economically advantaged students. The purpose of this project study was to investigate the participation gaps between minority and low SES students compared with non-minority and high SES students in advanced mathematics courses in the study district's middle school. The theoretical framework for the study was gap-analysis theory. A quantitative gap analysis of existing student test score data was conducted, utilizing a secondary analysis of existing Iowa Test of Basic Skills data from 347 middle school students, with 196 students classified as low SES and 129 as minority. Descriptive statistics and 2 one-sample chi square tests were used to examine differences by ethnicity and SES subgroups and to test whether the distributions of students who met the district's 70th-percentile cut-score were different than the hypothesized distribution of equal proportions. The results demonstrated significant enrollment gaps between minority and low SES students versus non-minority and high SES students. The study findings informed a policy recommendation project that offered suggestions for the current mathematics testing and enrollment program at the study site. Implications for social change include providing research-based findings to the administration at the local site on the enrollment gaps for minority and low SES students which may inform future decisions about enrollment policies for advanced mathematics courses.

The purpose of this study was to compare the relationship between the mathematics portion of the EXPLORE test with students successes in advanced and Advanced Placement(AP) mathematics courses in high school. The data was collected from a rural Tennessee school system consisting of five years of data among graduated seniors. Analysis was completed to determine the difference between the two county high schools in advanced coursework. The findings of this study concluded a positive correlation between EXPLORE scores and the frequency of students who took advanced mathematics courses. Positive correlation between EXPLORE scores and student successes in advanced courses was also concluded. Two-sample t-test showed the school with the less frequency had a higher mean of successes in advanced mathematics. This school system consistently scored above the national average in the mathematics portion of the EXPLORE test. Ultimately, standardized test results can prove to be a means for guiding students toward challenging mathematics courses.

Using a phenomenological approach, this qualitative study examined the perspectives of Latino parents and their involvement in the decision of their child to enroll in an advanced mathematics course in sixth grade. Since enrollment in Algebra I in high school is said to be a strong predictor of college attainment and with the growing number of Latino students across the nation, this study has the potential to help district and campus leaders establish whole-school systems for communicating with Latino parents to encourage their children to enroll in advanced mathematics courses at earlier grades. Participants in this study included four sixth-grade students enrolled in an advanced mathematics course, four enrolled in regular mathematics, their mother or father, two mathematics teachers, a school counselor, and two district administrators. Data analyzed included audio recordings of semi-structured interviews of each of the participants. The findings suggested that the district has proactively developed a systematic process of creating that includes six data points to create a student profile of students that will do well in advanced mathematics. This process is helping the district close the gap between total Latino school enrollment and the enrollment of Latino students in advanced mathematics. The findings also suggested that specific communication with parents about the importance of enrollment trajectories might influence the enrollment of students into advanced mathematics courses at earlier grades.