This paper reports on two teachers' perceptions as part of a project examining the learning that took place when 9 and 10-year-old children used "ScratchMaths" in their programme. The project used design-based methodology, which incorporated video-recorded classroom excerpts, teacher interviews, and teacher analysis and review of their…

Examination weeks are the peaks of an academic year. The paper-and-pen test determines whether the learners are able to attain the specific educational standards set by the pedagogical curriculum they follow. The study wants to determine the pre-examination study preparation and its effect on the summative test score in general mathematics of…

Probability is generally considered one of the most challenging areas to teach in mathematics education due to its intricate nature. However, the simulation-based teaching method can increase students' accessibility significantly to the probability problems because it enables students to resolve the problems with minimal mathematical skills. By…

CBM for mathematics assesses growth in accuracy and fluency of basic math skills using content from a student's curriculum. CBM for mathematics can include single-skill measures (SSM), skill-based measures (SBM), and general-outcome measures (GOM). Past research on growth rates in CBM for mathematics has focused on GOMs and has relied on…

Many students with disabilities who are capable of learning math find limited success because the tools they are using to access mathematical content are not well aligned with their range of abilities. Process-Driven Math (PDM) is a learning support tool that was initially developed for one student who is blind and unable to write or type. PDM…

Research has shown that teaching students a growth mindset increased their growth mindset and academic achievement. The purpose of this study was to determine if implementing growth mindset interventions with elementary school students increased their growth mindset and affected their math achievement. In this quantitative study, the school…

Improving college STEM (science, technology, engineering, mathematics) student learning outcomes is an ongoing area of focus in Institutions of Higher Education (IHE). This reform includes challenging, changing, and adapting both teaching practices and the learning environment. Communities of practice (CoPs) can support faculty in making these…

The purpose of this mixed methods, qualitative and quantitative study was to explore how math and science teachers perceived and supported the learning of students with high abilities in inclusive, urban, general education classrooms. Drawing on the literature on self-regulated learning (SRL), the study explored: (1) teachers' perceptions of…

The goal in this quantitative, comparative study was to examine differences in students' achievement depending on type of pedagogy--productive failure (PF) versus NPF--and gender (female vs. male) in the final content unit of an undergraduate general education mathematics course taught at a university in the Southwest U.S. The study was based on…

Introductory mathematics courses at postsecondary institutions simultaneously function as gateways and gatekeepers to degrees and careers in Science, Technology, Engineering, and Mathematics (STEM) for historically minoritized and marginalized students. While these courses provide access to higher education, they also thwart student STEM pathways…

Purpose: The purpose of this qualitative study was to identify practices that increase trust among Latino male students in high school math classes. The research addressed the lived experiences of high school math teachers as they discussed the practices they implemented to establish relationships with their Latino male students. Literature…

Item stem formats can alter the cognitive complexity as well as the type of abilities required for solving mathematics items. Consequently, it is possible that item stem formats can affect the dimensional structure of mathematics assessments. This empirical study investigated the relationship between item stem format and the dimensionality of…

Whole number arithmetic is the foundation of higher mathematics and a core part of elementary mathematics. Awareness of pattern and underlying problem structure promote the learning of whole number arithmetic. A growing consensus has emerged on the necessity to provide students with the opportunity to engage in algebraic reasoning earlier in their…

Spatial-Temporal Math (ST Math) is game-based, instructional software for K-12 students created by the MIND Research Institute (MIND). ST Math is integrated into classroom instruction, but can also be used in a computer lab or at home. The ST Math software games begin without language and symbol abstractions by posing math programs as purely…

Problem-based instruction (PBI) is a research-based, student-centered instructional strategy that uses rich mathematical tasks to connect students' previously acquired math knowledge to new mathematical concepts. Unlike traditional teaching and learning strategies, PBI facilitates learning by making connections between mathematical concepts and…