Focus and Scope

JELMaR (Journal of Educational Learning and Mathematics Research) is a peer-reviewed journal that provides a forum for the publication of original research articles, review articles, and scholarly studies in mathematics education. The journal is intended for researchers, lecturers, teacher educators, school teachers, and graduate students who are interested in advancing knowledge and practice in mathematics teaching and learning. JELMaR welcomes contributions that offer theoretical insights, empirical findings, innovative instructional practices, and educational interventions that improve the quality of mathematics education across educational levels and contexts.

The journal invites original manuscripts that have not been published and are not under consideration elsewhere. The scope of the journal includes, but is not limited to, the following areas:

       ·  Mathematics Teaching and Learning

Mathematics teaching and learning concerns the processes through which mathematical ideas are taught, learned, and understood in formal and informal educational settings. This area includes studies on instructional strategies, classroom practices, learning environments, curriculum implementation, pedagogical innovations, meaningful learning, problem-based learning, inquiry-based learning, collaborative learning, and other approaches that enhance students’ engagement and understanding of mathematics. Papers are eligible for this topic if they provide theoretical, empirical, or practical contributions to improving mathematics instruction and learning outcomes.

       ·  Mathematical Thinking

Mathematical thinking refers to the cognitive processes involved in understanding, representing, reasoning, generalizing, conjecturing, proving, and solving mathematical problems. Research in this area explores how learners develop mathematical ideas and construct mathematical knowledge. Studies may address reasoning, abstraction, visualization, mathematical modeling, critical thinking, creative thinking, higher-order thinking skills, and other forms of mathematical cognition. Papers are eligible if they contribute to understanding the nature, development, or assessment of mathematical thinking.

       ·  Mathematical Abilities

Mathematical abilities refer to learners’ capacities to acquire, process, communicate, and apply mathematical knowledge effectively. The scope includes, but is not limited to, problem-solving ability, mathematical communication, representation, connection, reasoning, literacy, numeracy, and conceptual understanding. Research may investigate factors influencing mathematical abilities, methods for their assessment, and instructional interventions designed to foster their development. Papers are eligible if they comprehensively examine one or more dimensions of mathematical abilities.

       ·  Digital Technology in Mathematics Education

Digital technology in mathematics education focuses on the use of technological tools and digital environments to support mathematics teaching and learning. This area includes educational software, dynamic geometry environments, computer algebra systems, mobile learning, learning management systems, simulations, virtual and augmented reality, artificial intelligence applications, digital games, and other emerging technologies. Papers are eligible if they investigate the design, implementation, effectiveness, or impact of digital technologies on mathematics learning, teaching practices, or educational outcomes.

       ·  Assessment and Evaluation in Mathematics Education

Assessment and evaluation in mathematics education encompass the development, implementation, and analysis of methods used to measure students’ learning, achievement, competencies, and educational outcomes. This area includes formative and summative assessment, authentic assessment, performance assessment, diagnostic assessment, test development, validation studies, learning analytics, and program evaluation. Papers are eligible if they provide evidence-based insights into assessment practices, measurement tools, or evaluation frameworks relevant to mathematics education.

       ·  Ethnomathematics

Ethnomathematics explores the relationships between mathematics and culture, examining how mathematical ideas, practices, and knowledge emerge within specific cultural and social contexts. Research in this area may investigate indigenous knowledge systems, local wisdom, cultural artifacts, traditional practices, and culturally responsive approaches to mathematics education. Papers are eligible if they contribute to understanding the role of culture in mathematical thinking, learning, teaching, or curriculum development, and if they demonstrate meaningful connections between mathematics and cultural practices.