The area of discourse acquisition and writing in higher education has become a much researched field. In South Africa the interest in discourse acquisition and writing has been partly in response to the change in student profile, particularly over the past ten years. While South African researchers and academics are increasingly focusing their interest in discourse acquisition and writing on the unique circumstances here, they rely on theories based on research done in very different social contexts. These theories are not necessarily universally appropriate. South Africa is currently undergoing a period of transformation in higher education aimed at greater access and equity for black students and academics. The accompanying sense of frustration and disillusionment among students and academics underlines the need to reappraise all aspects of higher education. Much of the research on discourse acquisition and writing is undertaken in arts programmes: vocational fields - such as engineering education - tend to be neglected. If the envisaged growth in science and engineering education is to be realised, it is essential that research in discourse and writing be undertaken in engineering programmes. This study investigates discourse acquisition as experienced by students in a South African engineering faculty. The experiences of six final year technikon students are investigated to gain a better understanding of what it means to acquire the discourse of engineering. The phenomenological method used requires that the researcher suspends or brackets a priori theoretical notions or pre-conceptions so that that which the students experience, rather than what the researcher expects in terms of theory, can emerge. What emerges from the students' experiences is partially congruent with established discourse and writing theories. However, some of the student experiences of discourse acquisition differ in significant ways from what is described in mainstream writing and discourse acquisition theory. The differences in the manner in which these students experience their acquisition of engineering discourse leads to a new understanding of the phenomenon. The students do not experience the alienation or struggle described in mainstream theoretic accounts of discourse acquisition. Students' approaches to writing are affected by their awareness of their multiple identities and the different locations in which they learn. Their approaches to writing are significantly different in some respects from descriptions in mainstream theories in some respects. The description of their experiences gives a different understanding of what it means to acquire the discourse of engineering, and may contribute to the reappraisal of engineering education in a contemporary South African context.

My involvement with mathematics education amongst township educators and learners over the past seven years has highlighted the absence of sustained meaning and meaning making of mathematical concepts. It appears though that this instrumental rather than relational understanding of FET mathematics is not unique to township learners but is encountered amongst learners of all socio-economic classes and is representative of many FET mathematics learners. Given that the language of learning and teaching is a major contributory factor in the South African education system, it appears that the language of mathematics itself is a greater exacerbating factor for many learners of mathematics. The exclusive algorithmic approach to classroom mathematics further seems to alienate many learners from the essence of the meaning of mathematical tasks. This research undertakes to determine whether metateaching and metalearning as forerunners to metacognition facilitates the acquisition of the sustained meaning of mathematical concepts. Metateaching and metalearning refer to the acute and deliberate awareness by educator and learner as to what constitutes concepts. Teaching and learning therefore presupposes the deconstruction of concepts into its subsumed derivative roots. It also assumes an awareness of the tacit degrees of abstraction that characterise tasks and the content of tasks. This in turn has implications for the educator's adopted sequence of topics for instruction. Metacognition implies awareness on the part of the learner (and educator) as to how material is learned and a further awareness as to how that learning can be sustained. Whether we ascribe meaningful learning to radical or social constructivism, or to associationist didactive approaches, or a combination of these, we are making assumptions about how learners acquire and sustain mathematical meaning because mathematics is, by and large a symbolic language often devoid of affective connotation. Furthermore our assessments of learners' tasks amount to clinical corrections of austere formulae wrapped in algorithmic procedures which manifest nothing of a learner's experience of mathematics or the deeper understanding (or misunderstandings) which characterise a learning and/or assessment episode. To this end the research design of this interpretive case study requires learners to expound in textual accounts their thoughts as they describe the evolution of a mathematical process as they approach a solution and eventually interpret it. The textual account exposes the concept definition for what it really is in a learner's understanding of it and it is the expressiveness of language that indicates whether the understanding of a learner is approaching the concept image. The textual accounts vary in richness in terms of mathematical register and this in turn reflects the conceptual depth. The mechanism which seems to promote the conversion from concept definition to concept image is the graphical representation of the mathematical task or procedure, possibly because of its greater concreteness as opposed to the abstraction of its algebraic form.

An adequate understanding of the nature of science (NOS) has become increasingly important for science teachers in South Africa as comprehensive curricular reforms over the past decade include promoting informed understandings of the ontological and epistemological bases of scientific knowledge and the methods of science. The main objective of this study was to explore the NOS understandings held by a sample of science teachers in the Eastern Cape Province of South Africa. Data were generated via questionnaires (n=136), semi-structured interviews (n=31), and classroom observations (n=8). The teacher interviews, which were informed by the questionnaire data, enabled further interrogation of the teachers’ philosophical positions. Their classroom practices were examined within the framework of these philosophical positions and the requirements of the new curriculum. The effect of implicit and explicit instruction in NOS on these teachers’ beliefs and classroom activities was also considered. A mixed-method approach informed by positivist and interpretivist perspectives was used for the collection and analysis of the data. The data suggests that explicit instruction in NOS resulted in more informed conceptions of science and the scientific enterprise, and that these conceptions were reflected, to a degree, in their classroom behaviours. However, it was noted that the teachers in this study often held philosophically eclectic views of the nature of scientific knowledge and how scientists develop ideas. Similarly, the South African National Curriculum Statement portrays science in contrasting ways, i.e. often within a modern/realist framework, but in other instances within postmodern/relativistic understandings (particularly in terms of indigenous knowledge systems). As such, an approach which aims at providing a firm foundation for understanding NOS ideas within a modern/realist perspective before emphasising the postmodern/relativist aspects of the scientific enterprise is suggested for teacher training and curriculum development.

“Arts in education are arts that play a radical different role in the open classroom than traditional school. Arts are the real business of reading, writing, math or science” Siberman cited in Mark, (1995:160). This view by Siberman sharply contrasts with my observations in my school. During CASS moderation sessions, teachers bring learner portfolios with no learning activities, others prefer to teach learning areas they are qualified for rather than teaching Arts and Culture because they have no background knowledge in Arts and Culture. The question I wrestled with was: what could be the challenges faced by the Arts and Culture teachers given the fact that training has been conducted since the inclusion of the learning area in the curriculum from 1999 to date? In an implementation evaluation study that I conducted among four schools in the Bizana Area of the Eastern Cape Province, I found out through participant observation, questionnaires and interviews from four sampled senior phase teachers, that some of the participants have stopped teaching Arts and Culture in their schools because ‘they do not know what to teach’. Through the use of a thematic content analysis approach, I found out that many teachers complain about their lack of background knowledge of the art forms and that there is limited time provided in the timetable to teach this learning area. Seemingly, there are still challenges in the implementation of the learning area in this district. The results indicate a serious need for formal training of the Arts and Culture teachers with proper qualifications in more than one art form.

M.A. (Applied Linguistics) / Despite a worldwide drive to eradicate illiteracy, the numbers of illiterates are still soaring. Southern Africa is no exception to this. Even though statistics regarding illiteracy may be misleading, there are an estimated 400 000 illiterate mother tongue speakers of Afrikaans in South Africa. This study tries to establish the reasons for this situation within a historical-political framework. It further provides a sociocognitive basis for mother tongue literacy teaching, relying on the discipline of sociolinguistics. Literacy skills form part of the language user's communicative competence; this study, therefore, endeavours to situate literacy teaching within the communicative approach to language teaching with its emphasis on the needs of the language learner, the functionality of the acquired skills and the active participation of the language learner in the teaching activities. From this perspective a selection of literacy material in Afrikaans, representative of both the mainstream "establishment" type and the more "radical" school, is discussed to arrive at a theoretical and practical rationale for the teaching of literacy to Afrikaans mother tongue speakers, stripped of political undertones which so often direct literacy programmes. The main critique on Afrikaans literacy material is that it is either too behaviouristically structured or that no planned progressive structuring has been built into the courses. Both types of material can lead to dissatisfaction amongst literacy students if the respective course does not fulfil their need for literacy. This situation is often the result of an incomplete needs analysis and the creation of literacy material without a clear image of the target group. The unstructured manner in which literacy material is created and distributed is due to the lack of a national literacy strategy, as well as the nature of adult literacy teaching where specific needs of specific groups of illiterates dictate the type of material. A way of counteracting these problems would be to establish a national organisation to coordinate, amongst others, the development and distribution of literacy material. In this material the needs of the learner will be in a central position with the interaction between the learner and the teacher taking place in meaningful contexts. A thorough knowledge of andragogy and applied linguistics can therefore help to develop literacy material that will benefit Afrikaans illiterates, be they mother tongue speakers of the language or second language users who need to be literate in Afrikaans.

Thesis (M.Ed. (Curriculum Studies)) -- University of Limpopo, 2022 / This study investigated the poor performance of learners in mathematics in a rural secondary schools in Bohlabela District in Mpumalanga province. Mathematics is one of the most critical subjects globally and in Mpumalanga Province of South Africa, specifically. The purpose of this study was to explore the possible causes of poor performance of learners in mathematics in schools. In this study, non-probability sampling was used whereby a purposive sampling strategy was adopted. The participants in this study were secondary school teachers and learners. Twenty mathematics (20) learners participated in this research. These learners were sampled from a pool of 54 Grade 12 learners in one school. Learners were then grouped according to their level of understanding to the subject. The focus was on Grade 12 because it is the exit point of FET. In this study, a case study approach was adopted whereby interviews, documents and observation were used to collect data. The choice of the research design was guided by the following research question: What are the causes of poor performance of Grade 12 learners in mathematics in rural secondary schools? The sub–questions were: What strategies do teachers use to address poor performance of learners in mathematics in Grade 12 in rural secondary schools? What is the role of the department of education in addressing poor performance of learners in mathematics in rural secondary schools? The data analysis involved the generating of themes related to the data collected. In this way, different parts of the narratives were grouped under identified categories. The study found that lack of resources, poor teaching methods, anxiety and attitude towards mathematics contribute to learners’ poor performance in mathematics in Grade 12 in rural secondary schools. The research concludes that teachers should engage learners in more writing activities in order for them to learn effectively and to perform better in mathematics. The study also recommends that teachers should use a variety of teaching methods to teach mathematics and the schools should be well-resourced and teachers should address learners’ anxiety in mathematics to develop the love for mathematics and also enhance positive attitude towards mathematics

The Revised National Curriculum Statement of 2002 does not emphasize the need for Education for Sustainable Living (EFSL) in the Arts and Culture (A & C) learning area. Although the RNCS envisages a learner who respects the environment, the curriculum does not cater for the needs of the educators who are relatively new to environmental education and especially EFSL. Educators are faced with a multitude of barriers and constraints. This research attempts to identify the barriers and provide strategies and recommendations to integrate EFSL in the Arts and Culture area. The barriers were identified through a questionnaire that was given to educators in the Port Shepstone region. To make the research more valid some questionnaires were given to schools in the urban areas, in the Durban South region, since most of the schools in the Port Shepstone region are in a rural setting. The strategies and recommendations are highlighted using the researcher's personal experience in the education setting, use of literature and the researcher's encounters at the International Children's Conference on the Environment in Connecticut, USA in 2004 and the World Environmental Conference in Japan in 2005. / Further Teacher Education / M. Ed. (Environmental Education)

This research investigated the role of teacher evaluation in enhancing quality teaching and learning and the extent to which teacher evaluation in Bushbuckridge schools enhances the quality of teaching and learning. It also set out to investigate how the teachers (CS1, HODs, deputy principals and principals) perceived the evaluation system to which they were subjected. The researcher used a qualitative research approach and data was collected by means of semi-structured interviews from a convenient, comprehensive and purposive sample. The sample consisted of twenty-six teachers from three schools in the Dwarsloop Circuit. These schools were chosen purposely on the grounds that all the teachers in these schools had been evaluated successfully. In addition, these schools were within easy reach of the researcher and she also knew most of the respondents. All the interviews were audio-taped and transcribed verbatim. Data analysis was carried out simultaneously with the data collection process. Each interview was transcribed and labelled as soon as it was finished. The researcher used a process called coding during data analysis. By means of this process, data was compiled, labelled, separated and organised into categories and sub-categories. Subsequently, these categories formed the basis upon which the findings were made. Among several other findings, it emerged that teacher evaluation enables the educator to create a climate that supports quality teaching and learning, leads to better lesson preparation and presentation in addition to enabling better learner assessment. Respondents also held the view that evaluation encourages teachers’ professional development. Despite these findings, the respondents indicated that in their specific cases, evaluation did not lead to the desired results due to a number of reasons that included incompetent evaluators and an inflexible and unfair evaluation system. Based on the aforementioned findings, a number of recommendations were made. / Education Management / Thesis (M. Ed. (Eucaton Management))

This study investigates to what extent educators’ pedagogical content knowledge affects learners’ achievement in quadratic functions. The components of pedagogical content knowledge (PCK) examined are: (i) mathematical content knowledge (MCK), (ii) knowledge of learners’ conceptions, and misconceptions, and (iii) knowledge of strategies. The participants were seventeen mathematics educators and ten learners from each educator’s class. The sample of educators was a convenient sample, while the sample of learners was selected by means of random sampling. A mixed method design was used to execute the study. Data about educators’ MCK, and knowledge of learners’ misconceptions were collected by means of a questionnaire. An interview was used to gather data about educators’ knowledge of strategies. Data on learners’ achievements and misconceptions was collected by means of a questionnaire. Descriptive statistics were used to describe the effect of each component of the educators’ PCK on learners’ achievements. The result indicates that the achievement of learners who are taught by educators who have strong PCK is higher than the achievement of learners who are taught by educators who have weak PCK. / Mathematical Sciences / M. Ed. (Mathematics Education)

The study investigated how the child centred approach is applied in teaching Natural Science (NS) in Johannesburg East schools. Most attention was paid on which teaching methods were used and how they were used to teach NS. Data was collected from 5 randomly selected schools in Johannesburg East through observations of Natural Science teachers teaching, and focus group discussion with them. Data presentation and analysis revealed that NS teachers who participated in the study used a limited range of child centred teaching methods. They only used experiments, class activities, as well as question and answer method. Literature review revealed that there are numerous child centred teaching methods that NS teachers can use. Some of these methods are brainstorming, discussions, games, group/pair work, field trips, case studies and assignments, using Information and Communication Technology (ICT), debates and facilitation. The majority of teachers still used the out-dated lecture method contrary to the Curriculum Assessment Policy Statement (CAPS) 2012 documents that call for an end in the use of traditional teaching methods such as the lecture method. The study also revealed that there are certain challenges and factors that inhibit the implementation of the child centred approach in NS. These challenges among others include the teacher centred curriculum which dictates the pace and content to the child, lack of adequate NS resources, big volumes of learners in classes, different abilities, talents, interests and skills possessed by learners, learners’ lack of discipline, as well as shortage of qualified NS teachers. All these were seen as inhibiting factors in the implementation of the child centred approach in NS. The study among other recommendations recommended that, in order for the child centred approach to be implemented successfully the Ministry of Basic Education should develop a child centred curriculum that does not dictate the pace to the child. The Ministry as well should come up with a specific or customised child centred approach model that is relevant to NS as a subject, in-service all NS teachers and empower them with the child centred teaching methods, principles and strategies, capacitate all schools with all necessary resources such as qualified NS teachers as well as relevant chemicals, materials, apparatus and information and communication technology infrastructure designated for NS. / Science and Technology Education / M. Ed. (Natural Science Education)