Background: First-year engineering mathematics courses present a critical academic challenge, often leading to a significant decline in student self-efficacy, a key predictor of retention and success. While flipped learning is a proposed solution, a lack of longitudinal research using robust comparison groups has limited our understanding of its…

To improve college students' achievement and success rate in the College Algebra course, a new program called Link2Success (L2S) was implemented in several sections of the course at the study's university. The program required students to increase their class time to six hours. Three of those hours were spent with certified tutors who helped…

This study investigates the effectiveness of a Low-Cost Single-Channel BCI system in improving mathematical learning outcomes, self-efficacy, and alpha power in university students. Eighty participants were randomly assigned to either a BCI group receiving real-time neurofeedback based on alpha rhythms or a sham feedback group. Results showed that…

This study's purpose was to determine whether the use of course-embedded learning assistants compared to sections that did not use course-embedded learning assistants in intermediate algebra courses impacted student performance at a community college. The sample was composed of 5,738 students who were enrolled in an intermediate algebra course…

Despite growing theoretical and empirical evidence that writing has the potential to be an effective tool for student learning in undergraduate mathematics, writing-to-learn integration in mathematics is rare. Major deterrents include perceived lack of alignment between writing and learning goals, deficit views of students' writing abilities, and…

Adopting corequisite mathematics models to accelerate students' completion of their introductory college-level mathematics course in their first year of college is prevalent across higher education institutions. This systematic review demonstrates the known research, evidence, and diversity of implemented corequisite mathematics models for…

ChatGPT was a learning revolution known as an online program for learning Algebra; it changed what we knew about the teaching medium and molded the learning platform into a more engaging way of teaching. This research determines the use of ChatGPT in addressing math anxiety and promoting the confidence of college students enrolled in algebra at a…

This article covers the details of the Zero Mistake Program (ZMP) implemented for senior high school students at Stirling Schools in the regions of Iraq and Kurdistan while preparing for the ministry exams (wezary, baccalaureate). As a result of the findings, recommendations, and outcomes obtained during the preparation for these exams, which are…

Completing math coursework in the first year, among other milestones, points to longer term success for community or technical college (CTC) students. Despite colleges working to improve math achievement in more recent years, not all students attempt math in their first year. Practitioners of math pathways, however, suggest that when colleges work…

The purpose of this study was to examine the academic impact of two distinct tutoring approaches implemented in a public elementary school in Virginia. The study focused on two tutoring models: a collaboratively designed university-based program that leverages pre-service teachers for in-school tutoring and a state-funded after-school initiative,…

Contribution: A model of tutoring program for the empowerment of engineering students in the information and communication technologies (ICT) area is proposed, as a mean to improve academic performance. Background: ICT students failing to proceed smoothly along their study path, and possibly abandoning university before graduating, is becoming a…

This dissertation presents an applied research study focused on improving ACT mathematics scores in a rural Mississippi independent school. The study is designed to evaluate the effectiveness of increased mathematics instructional time and curriculum mapping on improving the percentage of students meeting the College Readiness Benchmark scores on…

The demand for science, technology, engineering, and mathematics (STEM) courses in education aligns with the need to advance society through innovation and research. Proficiency in STEM courses and curriculum is critical for nations to become global economic leaders. However, the majority of students in high school do not participate in STEM…

Problem-posing has been recognized for enhancing students' engagement, problem-solving skills, and mathematical knowledge, which leads to higher mathematics achievement. This research is experimental research with a randomized comparison groups pre-test and post-test design, which aims to examine the effect of using online problem-posing to…

The use of teaching assistants (TAs) is widespread in many education systems, but the ways that TAs can support learning effectively are poorly understood. Much evidence indicates that most TA support has no, or negative, effects on pupil attainment. A small but growing body of evidence shows that structured TA intervention programmes can be…