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Early mathematical competence provides the foundation for learners' cognitive development, problem-solving, and later academic achievement. Despite South Africa's commitment to mother-tongue-based education, many young learners continue to experience difficulties in mathematics because instruction is frequently mediated through English or inconsistent bilingual practices before learners develop adequate proficiency in the language of learning and teaching. This linguistic mismatch is particularly evident in rural schools, where it constrains conceptual understanding, mathematical communication, and learner participation. This study explored the benefits and challenges of integrating Tshivenda into early mathematics instruction in rural primary schools in the Vhembe District of Limpopo Province, South Africa. Guided by the interpretivist paradigm, the study adopted a qualitative multiple-case study design. Purposive sampling was used to select 24 participants, comprising 16 teachers, 4 Heads of Department, and 4 school principals, from 4 rural primary schools. Data were generated through semi-structured interviews, classroom observations, and document analysis and analysed using Braun and Clarke's thematic analysis. Trustworthiness was ensured through triangulation, member checking, prolonged engagement, peer debriefing, reflexive journaling, and an audit trail. The findings revealed that integrating Tshivenda strengthened learners' conceptual understanding by connecting mathematical concepts with familiar linguistic and cultural experiences while promoting learner participation, confidence, mathematical discourse, and collaborative problem-solving. However, implementation remained constrained by limited mathematical terminology, inadequate teaching and learning resources, insufficient teacher preparation for multilingual pedagogy, and challenges associated with the transition to English in Grade 4. The study recommends developing standardised mathematical terminology, expanding culturally responsive instructional resources, strengthening continuous teacher professional development, and promoting collaboration among universities, language specialists, curriculum developers, and the Department of Basic Education to advance equitable, multilingual, and culturally responsive mathematics education.

Language plays a crucial role in helping young learners understand mathematical concepts, particularly in the Foundation Phase where learners are still developing both language and numeracy skills. In multilingual contexts such as South Africa, many learners are taught in English while speaking different languages at home, which may create challenges in learning mathematics. This study examined the effect of teaching mathematics using learners’ home language in rural primary schools in the Vhembe District, Limpopo Province. A qualitative research approach was adopted, using interviews and classroom observations to collect data. Ten Foundation Phase teachers from five schools were purposively selected to participate in the study. The data were analysed using thematic analysis to identify key patterns and themes. Ethical principles, including informed consent and confidentiality, were observed to protect participants. The findings revealed that teaching mathematics in the home language improved learners’ understanding of mathematical concepts, increased classroom participation, and enhanced learners’ confidence. Learners performed better when taught in a language they understood well. The study therefore recommends that schools and the Department of Basic Education support the use of home languages in the teaching of mathematics in the Foundation Phase and provide appropriate resources and teacher training to enhance effective implementation.

In this conceptual paper, we examine student teachers’ beliefs about mathematics teaching within Initial Teacher Education (ITE) programmes, also referred to as Teacher Education programmes, focusing on the implications for equity and social justice in mathematics education, particularly in the South African context. Drawing on existing literature, we examine how student teachers’ beliefs shape their approach to teaching mathematics and the potential consequences for fostering inclusive and equitable learning environments. We highlight the importance of challenging traditional views of mathematics as a fixed, abstract discipline, advocating for a dynamic, culturally responsive, and contextually relevant understanding of the subject. We argue that ITE programmes should actively address and interrogate student teachers’ beliefs and attitudes towards mathematics, incorporating critical pedagogy and reflective practices to prepare educators who can help to address inequities inherent in the South African educational system. Additionally, we call for future research to explore the long-term impact of ITE on teacher practices, the role of school contexts in shaping teacher beliefs, and the integration of technology to support equity in mathematics education. Ultimately, our paper contributes to a deeper understanding of how student teachers’ beliefs about mathematics can influence their teaching practices and advance the broader goals of equity and social justice in education.