This study examines the qualitative outcomes of a geometry intervention program implemented in 2023 in an Israeli elementary school for fifth- and sixth-grade students. The program was unique in its use of emotional support strategies in geometry instruction to improve students' mathematics achievement, reduce math anxiety, and increase their…

This study investigates the integration of artificial intelligence (AI) in primary mathematics education, focusing on the influence of internal and external factors on AI utilization. Employing second-order Structural Equation Modeling (SEM) with data collected from 516 primary mathematics teachers in a southwest city in China, the research…

This research brief synthesizes decades of evidence to guide district and school leaders on when students should take Algebra I, how they should be placed, and what supports promote success. It highlights that placement based on academic readiness, rather than grade level or subjective judgments, leads to stronger achievement and access,…

Background/purpose: Instructional modules are essential tools in supporting effective teaching and learning, particularly in mathematics education. Despite the increasing emphasis on learner-centered approaches, many teachers continue to adopt traditional strategies that prioritize content delivery over student engagement. This study was conducted…

As the demands of society are changing, a continuous adaptation of modules is needed on what to teach, how it should be taught, and ways to assess it. Therefore, the aim was to investigate how to constructively align learning outcomes, teaching-and-learning activities, and assessment tasks of a mathematics methodology module. The sample consisted…

Math achievement is one of the strongest predictors of long-term student success--influencing graduation rates, college enrollment, career readiness, and future earnings. Yet too many students today lack access to rigorous, well-designed math instruction. Without a clear definition of what constitutes high-quality instructional materials (HQIM),…

Inverse and injective functions are topics in most college algebra courses. Yet, current materials and course structures may not afford students' conceptual understanding of these important ideas. We describe how students' work with digital activities, "techtivities," linking two different looking graphs that represent relationships…

Developing students' competence in algorithmic thinking is emerging as an objective of mathematics education, but despite its inclusion in mathematics curricula around the world, research into students' algorithmic thinking seems to be falling behind in this curriculum reform. The aim of this study was to investigate how the mathematical modelling…

This study proposes a model of several dimensions through which products of teachers' context-based mathematics problem posing (PP) can be modified. The dimensions are Correctness, Authenticity, Task Assortment (consisting of Mathematical Diversity, Multiple Data Representations, Question-Answer Format, Precision-Approximation, and…

In recent years, science, technology, engineering and mathematics (STEM) approaches in education have received growing attention in the political arena and in educational research and practice. A concern consistently raised in the research literature regarding interdisciplinary STEM education is that the role played by mathematics is understated…

This research aims to determine the thinking activity types dominated by a mental process in producing answers characterized by automatic, unconscious, and subjective-empirical processes (system 1) in solving problems so that the default-interventionist interaction occurs. This research novelty is the formulation of the contents and thinking…

Building activities can be used any time in the school year in mathematics classes to promote problem solving, perseverance, and to develop students' spatial thinking. Spatial visualization skills are the "ability to mentally manipulate, rotate, twist, or invert a pictorially presented stimulus object." The authors were guided by the…

To fully possess mathematical competence and to understand its relevance, importance and aesthetics, it is essential to be aware of aspects of mathematics not only as a school subject but also as a scientific discipline. In a systematic literature review, the theoretical characterization of compulsory school students' beliefs about mathematics as…

Performing hand gestures such as pointing and tracing while learning is an area of increasing focus in educational research. Previous studies have demonstrated that learners who performed these gestures while engaging with static paper- or computer-based learning materials performed better on posttests in multiple learning areas, such as…

Various independent variables affect or have a relationship with students' mathematics academic achievement theoretically, practically, and statistically. These variables include the learning needs of students, use of general teaching principles, and learning strategies. This study aims to examine the predictive level of learning needs, learning…