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With the advent of the Minimum Requirements for Teacher Education Qualifications policy (MRTEQ), higher education institutions (HEIs) are rethinking curricula for teacher training in order to enable entree for in-service teachers to reskill, retrain and have access to higher qualifications. In the field of mathematical literacy (ML), most teacher training has been offered via government-funded Advanced Certificate in Education (ACE) qualifications, which have now largely been phased out. In this article we examine two ACE ML programmes offered in KwaZulu-Natal (KZN) in order to present some lessons that have been learnt. We put forward some elements that we consider to be essential for training ML teachers and also raise concerns about future training of ML teachers.

Since 1994, the democratic South African government has introduced change in all spheres of South African life in a bid to address some challenges such as the redundant, racialised curriculum, the poor results achieved by learners in Grade 12, and the fact that few black matriculants were entering science based careers. A key feature of these poor results was the large group of teachers who were inadequately "trained" during the apartheid era: trained, that is, to teach for subservience and not for critical thinking. Current actions to address this crisis are being undertaken in a collaborative relationship between the Department of Education and Higher Education Institutions. Current initiatives in the professional development of Mathematics, Science and Technology teachers at a South African university are explored. The purpose of this article is to explore the challenges of designing an MST professional development programme in a developing context. The discussion is elaborated with reference to MST programmes run by one particular university. The rationale, foundational principles, model of delivery, programme structure and assessment for the specialisations within the teacher professional development programmes at the university are described. The discussion foregrounds the role of teachers as professionals, the role of context and of content knowledge, as well as the role of pedagogic content knowledge in the professional development of teachers.

In South Africa teachers are faced with the introduction of yet another revised curriculum. Higher education institutes are developing programmes to help teachers through the transition. This article describes such an intervention. The research addresses the question: how could mathematical reasoning cartoons be used as a tool to support teacher ownership of curriculum change? The article reports on three action research iterations in which qualified and experienced mathematics teachers are introduced to the use of reasoning cartoons during a short learning programme targeting the development of teachers' ownership of curriculum change. Rainer and Matthews's ownership of learning framework is adapted and used as a theoretical lens to provide indicators of teachers' ownership of curriculum change. Data were collected from audio-taped discussions in groups and teachers' written reflections concerning the introduction of reasoning cartoons, using the tenets of exploratory talk, into their classes. The results indicate that, after the first iteration, where cartoons developed commercially in the UK were introduced, teachers demonstrated that they could move from a didactic to a dialogic environment where spaces were created for all participants to speak and to listen. When cartoon content was drawn from the current South African curriculum, the teachers were able to introduce a largely teacher-centred approach to implementing the curriculum. However, it was only when the teachers took ownership of their own cartoon construction that they manifested the majority of indicators of ownership of curriculum change. The research suggests that teachers can use a mediating artefact to enable them to embrace curriculum changes imposed from the top down.

With the advent of the Minimum Requirements for Teacher Education Qualifications policy (MRTEQ), higher education institutions (HEIs) are rethinking curricula for teacher training in order to enable entree for in-service teachers to reskill, retrain and have access to higher qualifications. In the field of mathematical literacy (ML), most teacher training has been offered via government-funded Advanced Certificate in Education (ACE) qualifications, which have now largely been phased out. In this article we examine two ACE ML programmes offered in KwaZulu-Natal (KZN) in order to present some lessons that have been learnt. We put forward some elements that we consider to be essential for training ML teachers and also raise concerns about future training of ML teachers. [ABSTRACT FROM AUTHOR]