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Students Perceptions on the Relevance of High School Mathematics in University Education in South Africa
Abstract:In this study we investigated the relevance of high school mathematics in university education. The paper particularly focused on whether the concepts taught in high school are enough for engineering courses at diploma level. The study identified particular concepts that are required in engineering courses whether they were adequately covered in high school. A questionnaire was used to investigate whether relevant topics were covered in high school. The respondents were 228 first year students at the Central University of Technology in the Faculty of Engineering and Information Technology. The study indicates that there are some topics such as integration, complex numbers and matrices that are not done at high schools and are required in engineering courses at university. It is further observed that some students did not cover the topics that are in the current syllabus. Female students enter the university less prepared than their male counterparts. More than 30% of the respondents in this study felt that high school mathematics was not useful for them to be able to do engineering courses.
Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1132635Procedia APA BibTeX Chicago EndNote Harvard JSON MLA RIS XML ISO 690 PDF Downloads 685
 Mutodi P, Ngirande H, The influence of students perceptions on mathematics performance. A case of a selected high school in South Africa, Mediterranean Journal of Social Sciences, 5, pp431-445, (2014).
 Loyiso C., Jita, Instructional leadership for the improvement of science and mathematics in South Africa, Procedia Social and Behavioural Sciences, 9, pp851854, (2010).
 T. E. Mabila, S. E. Malatje, A. Addo-Bediako, M. M. M. Kazeni, S. S. Mathabatha, The role of foundation programmes in science education: The UNIFY programme at the University of Limpopo, South Africa, International Journal of Educational Development, 26, pp 295-304, (2006).
 Mofokenga L. S. P, Mjia A, Teaching mathematics and science using computers: How prepared are South African teachers to do this? Procedia Social and Behavioural Sciences, 2, pp16101614, (2010).
 Letseka M., The Illusion of Education in South Africa, Procedia-Social and Behavioral Sciences, 116, pp48644869, (2014).
 Bergqvist E, Types of reasoning required in university exams in mathematics, Journal of Mathematical Behaviour, 26, pp348370, (2007).
 Spaull N, Kotze J, Starting behind and staying behind in South Africa The case of insurmountable learning deficits in mathematics, International Journal of Educational Development, 41, pp13-24, (2015).
 Simkins C, Spaull N, in: Mathematics outcomes in South African schools: What are the facts? What should be done? 2013, The Centre for Development and, Johannesburg, South Africa, ISBN: 978-1-920653-13-2.
 Gebremichael A. T, Students perceptions about the relevance of mathematics to other subjects In: Proceedings of the Frontiers in Mathematics and Science Education Research Conference (FISER14), 1-3 May 2014, Famagusta, Cyprus, pp71-78, (2014).
 Ismail W. R, Mustafa Z, Muda N, Abidin N. Z, Isa Z, Zakaria A. M, N. R. M. Suradi, N. J. Z. Mamat, R. M. Nazar, Z. M. Ali, N. M. Rafee, N. Majid, S. H. Jaaman, M. Darus, R. R. Ahmad, F. A. Shahabuddin, A. S. Rambely, U. K. S. Din, I. Hashim, H. Ismail, A. G. Ahmad, M. S. Md. Noorani, S. N. M. Ramli, M. I. Azlan, Students Inclination towards English Language as Medium of Instruction in the Teaching of Science and Mathematics, Procedia Social and Behavioural Sciences, 18, pp353360, (2011).
 H. Venkat, N. Spaull, What do we know about primary teachers mathematical content knowledge in South Africa? An analysis of SACMEQ 2007, International Journal of Educational development, 41(2015) pp121-130, (2015).
 T. Bush, R. Joubert, E. Kiggundu,J. Van Rooyen, Managing teaching and learning in South African Schools, International Journal of Educational Development, 30, pp162168 (2010).
 A. Dickersona, S. McIntosha, C. Valenteb, Do the maths: An analysis of the gender gap in mathematics in Africa, Economics of Education Review, 46 pp1-22, (2015).
 J. Gainsburg, School mathematics in work and life: What we know and how we can learn more, Technology in Society, 27, pp1-22,(2005).
 K. Akeayapong, K. Lussier, J. Pryor, J. Westbrook, Improving teaching and learning of basic maths and reading in Africa: Does teacher preparation count?, International Journal of Educational Development, 33, pp272282, (2013).
 M. Makgato, The challenges of teaching and learning technology subject at schools in South Africa: A case of INSET teachers in Mpumalanga Province, Procedia-Social and Behavioural Sciences, 116, pp36883692, (2014).
 X. Yang X, Senior secondary students perceptions of mathematics classroom learning environments in China and their attitudes towards mathematics, The Mathematics Educator, 15, pp66-80, (2013).
 Gao M, Classroom assessments in mathematics: High school students perceptions, International Journal of Business and Social Science, 3, pp63-68, (2012).
 A. Murugan, L. Rajoo, (2013), Students perceptions of mathematics classroom environment and mathematics achievement: A study in Sipitang, Sabah, Malaysia, ICSSR-E-Journal of Social Science Research, e-ISSN-2289-4977.
 B. N. Githua, Secondary school students perceptions of mathematics formative evaluations and perceptions relationship to their motivation the subject in Nairobi and rift valley provinces, Kenya, Asian Journal of Social Sciences and Humanities, ISSN-2186-8492, (2013).
 S. Bevins, M. Brodie, E. Brodie, A study of UK secondary school students perceptions of science and engineering. In: European Educational Research Association Annual Conference, Dublin, 7-10 September 2005.
 L. C. Miller, J. Mittleman, High Schools That Work and college preparedness: Measuring the models impact on mathematics and science pipeline progression, Economics and Education Review, 31, pp1116-1135, (2012).