It seems as if there is a continued problem with mathematical performances nationally. The rate, at which FET (Further Education and Training) phase learner s discontinue Mathematics as a result of poor mathematical performances, is of great concern. This research study determined how academic self-confidence could have an influence on learners’ abilities to perform in Mathematics. The literature review confirmed that there could be a link between academic self-confidence and mathematical performance. Consequently, the researcher wanted to establish if the same could be found at a school where the emphasis is very much on mathematical achievement. The school is based in Northern Johannesburg (D10) in Gauteng, South Africa. By applying an explanatory mixed method approach (quantitative, followed by qualitative methods), the researcher identified a clear link between this school’s learners’ abilities to perform in Mathematics and their academic self-confidence. Amongst others, positive links were also identified between the learner s’ comprehension of Mathematics, their problem- solving skills as well as educator assistance, which in turn influence their academic self - confidence and consequently al so their performance s. A cycle of mathematical influences was identified that demonstrated that the influence i s not only working one way, but that a cycle forms; academic self-confidence influences the learner’s ability to perform in mathematics and mathematical performance s al so influence academic self - confidence, causing a continuous cycle of influence. / MEd (Learner Support), North-West University, Vaal Triangle Campus, 2013

Students at a private high school in New Jersey exhibited low academic self-confidence as compared to other indicators on the ACT Engage exam. The purpose of this qualitative case study was to gain an understanding of academic self-confidence, academic performance, and learning within a sample of students. This research explored students' and teachers' perceptions of self-confidence and their impact on academic performance. The research was guided by Weiner's attribution and Bandura's self-efficacy theories. The research questions focused on 3 areas: students' and teachers' perceptions of academic self-confidence as factors impacting students' academic performance; and the perceived relationship between academic self-confidence, academic performance, and learning. Data were collected from a sample of 10 sophomore students and 10 teachers of sophomore students through 2 separate focus groups using a semistructured focus group guide. Using Clarke and Braun's framework for thematic analysis, the data were analyzed. Results revealed 2 student themes: (a) developing confidence and (b) set for success, and 3 themes from the teacher focus group: (a) student academic performance, (b) creating a positive space, and (c) student confidence. Professional development was designed for local application, including strategies to enhance students' academic self-confidence to lead to enhanced academic performance. Implications for social change includes increased student success as they transition to college.

It seems as if there is a continued problem with mathematical performances nationally. The rate, at which FET (Further Education and Training) phase learner s discontinue Mathematics as a result of poor mathematical performances, is of great concern. This research study determined how academic self-confidence could have an influence on learners’ abilities to perform in Mathematics. The literature review confirmed that there could be a link between academic self-confidence and mathematical performance. Consequently, the researcher wanted to establish if the same could be found at a school where the emphasis is very much on mathematical achievement. The school is based in Northern Johannesburg (D10) in Gauteng, South Africa. By applying an explanatory mixed method approach (quantitative, followed by qualitative methods), the researcher identified a clear link between this school’s learners’ abilities to perform in Mathematics and their academic self-confidence. Amongst others, positive links were also identified between the learner s’ comprehension of Mathematics, their problem- solving skills as well as educator assistance, which in turn influence their academic self - confidence and consequently al so their performance s. A cycle of mathematical influences was identified that demonstrated that the influence i s not only working one way, but that a cycle forms; academic self-confidence influences the learner’s ability to perform in mathematics and mathematical performance s al so influence academic self - confidence, causing a continuous cycle of influence. / MEd (Learner Support), North-West University, Vaal Triangle Campus, 2013

Many first-year college/university students have low retention and success rates which affect their ability to remain in college and attain a career. Despite matriculation practices employed by institutions of higher learning to increase retention, a gap remains in the understanding of the causative factors of retention. The purpose of this study was to determine if academic self-confidence scores of students prior to entry and post- completion of an FYS are reliable predictors of students' ability to progress from the first year to the second year of college. Tinto's (1987) academic retention theory framed the study. A quantitative case study approach including a paired t-test for the dependent sample analysis, point-biserial correlation analysis, and a one-way analysis of covariance (ANCOVA) was employed for this study. The findings are that students' self-reported academic confidence does improve postcompletion of the FYS and that these results are not gender specific. The statistical analysis of correlation between posttest self-confidence scores and re-enrollment for second year of college were not statistically significant. The findings of this study contribute to the body of knowledge in current literature on factors of retention, specifically students' self-reported academic confidence. When careful investigations are conducted to determine causative factors that can be used as predictors of student retention, those investigations directly impact positive social change and promote accountability for current matriculation practices employed by institutions of higher learning.