AIM, FOCUS, & SCOPE

Aim

Journal of Mathematics Education and Learning Sciences (PYTHA) aims to provide an academic platform for researchers, educators, and practitioners to disseminate high-quality scholarly works that contribute to the development of mathematics education and learning sciences. The journal seeks to advance theoretical, empirical, and practical understandings of how mathematical knowledge is taught, learned, and applied across diverse educational contexts. By promoting interdisciplinary perspectives, the journal aspires to support innovation, critical inquiry, and evidence-based practices that enhance the quality, relevance, and inclusivity of mathematics education at local, national, and global levels.

The journal is committed to fostering academic dialogue on contemporary challenges in mathematics education, including pedagogical innovation, curriculum development, learning technologies, cognitive and affective dimensions of learning, and the sociocultural contexts influencing mathematics teaching and learning.

---

Focus

The Journal of Mathematics Education and Learning Sciences focuses on research that explores the processes, practices, and policies related to the teaching and learning of mathematics across formal, non-formal, and informal educational settings. The journal particularly emphasizes studies that integrate educational theory, empirical research, and reflective practice to address current and emerging issues in mathematics education.

The journal welcomes contributions that examine mathematics learning from multidisciplinary perspectives, including but not limited to education, psychology, sociology, technology, and learning sciences. Special attention is given to research that promotes inclusive education, critical thinking, problem-solving skills, and the development of mathematical literacy in diverse cultural and social contexts.

---

Scope

The scope of the journal includes, but is not limited to, the following areas:

1. Mathematics Teaching and Learning

   • Teaching strategies, instructional design, and classroom practices

   • Student-centered and inquiry-based learning approaches

   • Assessment and evaluation in mathematics education

2. Learning Sciences in Mathematics Education

   • Cognitive, metacognitive, and affective aspects of learning mathematics

   • Motivation, engagement, and attitudes toward mathematics

   • Learning difficulties and inclusive mathematics education

3. Curriculum and Educational Policy

   • Curriculum development and implementation in mathematics education

   • Comparative and international perspectives on mathematics curricula

   • Educational policy and reform related to mathematics learning

4. Technology and Digital Learning in Mathematics Education

   • Technology-enhanced learning environments

   • Digital tools, learning media, and artificial intelligence in mathematics education

   • Online, blended, and distance learning models

5. Teacher Education and Professional Development

   • Pre-service and in-service teacher education

   • Teacher beliefs, competencies, and professional identity

   • Reflective practice and professional learning communities

6. Socio-Cultural and Contextual Perspectives

   • Ethnomathematics and culturally responsive pedagogy

   • Equity, inclusion, and social justice in mathematics education

   • Community-based and informal mathematics learning

7. Assessment, Evaluation, and Research Methodology

   • Qualitative, quantitative, and mixed-methods research in mathematics education

   • Design-based research and classroom-based inquiry

   • Innovation in assessment models and learning analytics

The journal accepts original research articles, conceptual papers, systematic literature reviews, and case studies that contribute to the advancement of mathematics education and learning sciences. Submissions are expected to demonstrate methodological rigor, theoretical contribution, and practical relevance for educators, researchers, and policymakers.