The quality interface between primary and secondary phase mathematics at public schools in Mafukuzela Gandhi Circuit in KwaZulu-Natal

Abstract

Quality has emerged as a necessity in education as we are faced with increasing competition and a demand for better quality of life. There is an enormous gap in South Africa’s education system; 60% of South Africa’s children do not reach the final matriculation school year. Many Grade 12 learners, despite being taught Mathematics, remain effectively mathematically illiterates. The ability to provide quality education is more than ever essential and there is at present a consensus for fundamental reforms in our education sector, with emphasis on Quality. The result of quality education is not only about achieving academic excellence but the total development of the learner. If education does not cater for the future needs and challenges of the new millennium then it is ineffective for the new generation. Low scores in Mathematics are a major concern as learners are not able to meet the challenges in secondary schools to pursue careers in Mathematics. South Africa was placed last out of 41 countries worldwide in terms of Mathematics performance in the Third International Mathematics and Science Study (TIMSS). The World Economic Forum has placed South Africa last amongst 62 countries on the quality of Mathematics and Science Education in their annual report in 2012. Apartheid in South Africa was a complex period that paved the way for the new education dispensation. A paradigm shift was thus imperative and challenging to a democratic South Africa. It is more than two decades into the 21st century and into a democratic South Africa. The effects of apartheid are visible in many areas, more so in education. This study is underpinned by the transformation agenda attached to curriculum policy reform in South Africa. There is an interface in respect of policy construction and Skills, knowledge, attitudes and values (SKAV) constitution from the Department of Education to primary and to secondary schools. The implementation of various curriculum reforms led to a decline in the pass rate of learners in the National Senior Certificate examinations and in the Annual National Assessment. Some of the serious problems articulated by teachers were inadequate subject training in Mathematics, lack of communication, job dissatisfaction and the demanding administrative workload. It is envisaged that the findings of this study will make recommendations for SKAV development in teaching and learning of Mathematics in primary and secondary schools. In this regard, a model to improve quality in Mathematics education was proposed. The ability of education to meet the needs of the future both at individual and societal level is one of the critical elements of quality education.