The focus of the research reported on in this dissertation is an evaluation of the Language in Learning and Teaching project (LILT), in terms of its ability to facilitate English language development in schools where both educators and learners are second language speakers and where the Language of Learning and Teaching (LoLT) is English. The research involved two main phases. During the first phase I established evaluation criteria from the literature review, from another project the English Language Education Trust, (ELET) and from my own experience and feedback from the end-users (Le. teachers) and the observation of workshops. In the second phase I evaluated the LILT materials against the criteria developed in the literature review, analysed the feedback from end-users in the form of a questionnaire and made recommendations. In this dissertation the following terms will be used interchangeably: teacher, educator, facilitator and tutor because in the quoted passages, the term teacher is largely used. However, in Outcomes-Based Education (OBE) the terms educator, facilitator and tutor are used. / Thesis (M.A.)-University of Natal, Pietermaritzburg, 2001.

Student performance in Mathematics and Science education is a source of concern for education authorities in South Africa. This was supported by the latest TIMSS results which were released in December 2004. As in the previous studies, TIMSS and TIMSS-R, South African learners were again outperformed by the learners of all other participating countries (Reddy, 2004). To ensure learner achievement in mathematics and science, we need committed, qualified and experienced teachers in these subjects. In this study a holistic professional development (HPD) model was constructed, tested and evaluated using practicing Grade 10 - 12 teachers. The model developed teachers' content knowledge, teaching approaches and professional attitudes simultaneously. After analysis of the model we found that improving teachers' content knowledge builds their confidence in teaching their subject. This in turn motivates teachers to perform better in their jobs: they come to class better prepared, eager to do a job they know they are good at, no more coming late, no more plodding through uninspiring one-way lessons. They are turned into better professionals with a positive work ethic. Their improved classroom practices lead to higher enrolments of science learners and improved learner achievement, the crown of successful science teaching. The HPD model was developed in three phases. In the first phase baseline information was obtained to determine problems that exist with the teachers' content knowledge, teaching approaches and professional attitudes. After data analysis it was found that all three of these dimensions needed development. In the second phase the initial development of the HPD model took place. An intervention programme was structured and the effect of the programme on the teachers' content knowledge, teaching approaches and professional attitudes were analysed. Successful elements of the initial model were extracted and developed further, in addition new elements were added. In the third phase the HPD model was developed further. Analysis of the data showed the following effect on the teachers: they were extricated from a vicious cycle where poor content knowledge leads to lack of confidence which caused unwillingness to spend time on task (poor professional attitudes, ineffective teaching approaches). Instead they became part of a virtuous circle where improved content knowledge leads to increased confidence, enjoyment and a willingness to spend more time on task (better professional attitudes and effective teaching approaches). The HPD model was evaluated using international benchmarks, such as the Standards for Professional Development of the National Research Council of New York, USA. Recommendations and possibilities for future research are discussed. / Mathematical Sciences / D.Phil.(Mathematics, Science and Technology Education - Physics Education)

It is widely recognized that educational research and theory should be motivated by the desire to continually improve the practice of teaching. However, bridging the divide between theoretical research outcomes and the practical constraints of classroom-based teaching has proved somewhat challenging. The involvement of teachers as the 'bridge-builders' between theory and practice could provide an effective mechanism for achieving this integration. The purpose of this study is thus to investigate whether the involvement of teachers in developing and implementing a theory-based teaching module would improve teaching practice in the classroom. A teaching module was collaboratively developed by a group of teachers for Grade 9 linear functions using: the principles of mathematical proficiency postulated by Kilpatrick, Swafford and Findell, (2001); the teaching phases formulated by van Hiele (1986); and the cognitive classification of classroom activities developed by Stein and Smith (1998). This module was then taught to six Grade 9 classes by four teachers in one school in the Eastern Cape, South Africa over a period of 5 weeks. The effectiveness of the module, and its application in the classroom, was assessed in terms of: (i) the extent to which theory could be used to inform the design and development of teaching materials; (ii) the efficacy of this teaching material in promoting teaching for mathematical proficiency; and (iii) the effects of extraneous influences on the usefulness of the module in teaching for mathematical proficiency. While the theoretical framework provided a sound basis for developing the teaching module, it was found that collaboratively transforming this theory into a teaching module for practical use in the classroom is certainly possible, but it requires considerable time and effort that practising teachers do not have. Developing the depth of understanding required for mathematical proficiency also takes time - a commodity often in short supply as teachers grapple with the demands of the curriculum. Teaching for mathematical proficiency is a layered process. It starts with thinking about an idea (like a graph) that is developed out of a related concept that then has a set of characteristic algorithms and actions which are learnt and performed in sequence. Building understanding in this way ends with a student being able to visualize and conceive the graph as a structure that can be described as if it were an object (encapsulating all the previous concepts belonging to similar graphs in one idea). This development of understanding is important for mathematical proficiency but is not necessarily easy. When teaching with the module, it was necessary to create an extra opportunity for students to use procedural knowledge and repetition in order to provide enough examples to help them see the link: between linear number patterns and linear graphs. Extraneous influences on teaching for mathematical proficiency were grouped into two categories - endogenous and exogenous influences. Endogenous influences were teacher related and included the attitudes, decisions and disposition of the teacher. Exogenous influences were more contextual (and in effect out of the control of the teacher) and included teaching time available, curriculum, external assessments etc. Both of these influences were seen to affect teaching for mathematical proficiency, either promoting or inhibiting it. This research affirmed the central role that teachers play in teaching for mathematical proficiency. It is considered critical that research actively involve teachers in the evolution of mathematical theory. The development of an enabling environment (including institutional support, time, capacity, resources, skills and tools) for teachers will further enhance their capacity to teach for mathematical proficiency.

In the context of yet another curriculum revision in South Africa, this study investigates how teachers can be supported to meet the environmental discourse requirements as outlined in the revised curriculum in the Life Sciences. The study takes place in the context of a National Case Study which has resulted in a development of a national network, curriculum framework and resources for teacher education, with specific focus on the integration of environment and sustainability in the South African teacher education system. The study intends to provide insights into what constitutes adequate professional support and assistance to teachers that enables them to understand and work with the environment and sustainability content knowledge requirements of the Life Sciences Curriculum and Assessment Policy Statement (CAPS). The study seeks to inform future curriculum implementation decisions and teacher education programmes. The study is designed as a qualitative case study inquiry that has used open-ended, individual and focus group interviews, direct field observation and document analysis to generate data. The study revealed that: * Teachers developed confidence from an in-depth analysis of the CAPS curriculum. * Teachers have content gaps in environment and sustainability knowledge and these can be addressed through professional development that emphasises rich subject knowledge. * Teachers are not familiar with teaching methods that can be used to teach environmental and sustainability content knowledge. * Teachers struggle to see the relationship between teaching and assessing. * Teachers do not have enough and adequate resources for teaching and learning. * Training given to teachers should be interactive to enable them to recontextualise training received in their work places. * Teacher training should go beyond content knowledge that teachers have to teach, but should also consider how teachers can teach and assess that knowledge. * It is important to have a strong framing for selection and sequencing of content knowledge and a relatively weak framing for pacing and hierarchical rules in teacher training workshops. * Professional development has the potential to lead to whole school development. The study recommends that: ** Recontextualisation should be grounded on interpreting the policy requirements ** Teacher pre- and in-service training should focus on developing teachers’ understanding of the foundational knowledge in the Life Sciences ** The links between Life Sciences pedagogy and environmental pedagogy should be made explicit. ** Good quality resources should be provided for teachers and they should be supported to use these appropriately. ** Teachers’ academic literacy needs to be developed. Further recommendations: * Further studies should be conducted that would look at how teachers can be supported to work with environment and sustainability content knowledge within other subjects or other content areas of Life Sciences. This could provide some insights in terms of looking at the patterns, similarities or differences between different cases. It would be valuable to trace the teachers who participated in this pilot to observe how they recontextualise the training in their classroom practices. There is no point in attending a course or training if it will not impact one’s practice. Some insights into classroom practices were gained through reflective interviews from the teachers who had taught the biodiversity content, but this was not observed in practice.

This case study focuses on the use of environmental audits for learning, by teachers participating in the Schools and Sustainability professional development course in Durban, South Africa. It reviews ways in which audits were choreographed and used for lessons within school contexts. It explores ways in which audits shaped meaning-making interactions and environmental learning processes. This is an interpretive case study, characterized by a moderate realist perspective. Data were generated through interviews with teachers, field observations, photographs, document analysis, and group interviews with learners. Data were analyzed using the general comparative method. The research takes place in the context of educational transformation in South Africa. Some of the challenges accompanying the shift to Outcomes Based Education seem to be associated with naïve interpretations of constructivism and a view of reality as socially constructed and relative. This seems to have influenced ways in which audits are being undertaken in school contexts. This study argues that a realist orientation to auditing may be a more useful process for engaging with the world and enhancing the way learners perceive and respond to environmental risk. Ideas about reality-congruence and the interacting processes of involvement and detachment are of central importance in understanding processes of knowledge construction and meaning making in this study. The study draws on the work of Elias (1987) and Latour (1999) to shed light on the significance of auditing processes in which a close engagement with reality, coupled with a measure of detachment, can lead to the construction of a more reality-congruent account and a more realistic assessment of the environmental issue in focus. Key findings of the study suggest that the effectiveness of environmental auditing as a pedagogical process was influenced by the teachers’ intentions, knowledge and skills, choreography of the audit, nature of the teaching and learning interactions, and ways in which teachers and learners engaged with the findings. The study recommends that auditing activities should be carefully structured and mediated by teachers to be meaningful and to enable learners to identify environmental issues, gather data, engage in critical reflection and deliberate appropriate responses for social and environmental transformation.

Arising from a literature study, the notions of quality and quality assurance (QA) were described. A literature study was undertaken regarding the current South African national QA policies on teacher education. A case study was conducted at Tshiya College of Education, which merged with the University of the North: Qwaqwa Branch during the rightsizing of higher education in 2001. The establishment of a QA system for teacher education, on micro level, was critically described. Action research was used to investigate the process of QA. A steering committee was established. Two QA seminars contributed toward an awareness campaign. A SWOTanalysis was done. A QA policy was designed, including a framework-for-action which was action researched by volunteers. Researchers developed their own improvement plans by: compiling their job descriptions; rating their effectiveness of task execution; and attending to emerging quality gaps to determine focus areas. Professional development was emphasised. Improvement plans for Micro Teaching and Media were action researched. Taxing circumstances, resulting from the higher education transformation and its effect on the research, were reported. Data emerged from describing the action research phases: planning, implementation, observation, and reflection for re-planning. Self-, peer-, and student-assessments were utilised. Apart from discussions and meetings, the researchers kept diaries and forms were designed for assessments. In both improvement plans, reflection-in-action led to identification of unforseen weaknesses which were addressed as side-spirals of the original plans. Reflection-on-action took place at a formal meeting to which external evaluators were invited. Strengths and weaknesses were determined and findings corroborated and clustered toward final recommendations. Intrinsic motivation was described as a precursor to involvement in QA. Leadership/management/planning was seen as creating infrastructure to encourage employees to focus on quality and movement toward the institution's vision. Implementation was described as taking action to put a realistic plan into practice. Teamwork was identified as a hallmark of action research and emphasis was placed on collective wisdom. It was concluded that meritorious modelling meant that educators should lead by example / Educational Studies / D.Ed.(Education Management)

The study examines the effectiveness of the implementation of Developmental Appraisal (DA) within the Integrated Quality Management System (IQMS) in selected secondary schools in Matlosana, North West Province. The methods used to gather information includes the literature review and the empirical investigation, based on the qualitative research approach, which involved six focus group interviews from the six sampled secondary schools in Matlosana Area Project Office, in the North West Province. The review of related literature revealed that there are roles and responsibilities officials are tasked with; processes; challenges; and effective strategies when implementing DA. The empirical investigation revealed that there are challenges that hamper the effective implementation of DA in schools. The challenges include: inadequate support from the Area Project Office; lack of resources for educator development; inadequate time frames for implementation; disruption of normal teaching and learning; lack of honesty on the part of the appraisee and appraiser; and conflict. At the end, the study recommends some strategies that can be used to overcome some of these challenges. / Educational Studies / M. Ed. (Educational Management)

The purpose of the study was to explore the relationship between mathematics teachers’ subject matter knowledge and their teaching effectiveness. A convenient sample of 19 grade 11 mathematics teachers and 418 students were initially selected for the study and took part in some stages of the study. Of this lot, only 11 teachers and 246 students participated in all the stages of the study. Explanatory Mixed methods research design which entails the use of a co-relational study and a descriptive survey design were employed in the study. Data was collected from the teachers using a self report questionnaire, Teacher Subject Matter Knowledge of Trigonometric Functions Scale (TSMKTFS) and peer evaluation questionnaire, and from students using teacher evaluation questionnaire and Student Trigonometric Functions Performance Scale (STFPS). All the instruments had their validity and reliability accordingly determined. Quantitative data gathered was analysed using descriptive and inferential statistics while qualitative data gathered from teachers’ and students’ tests were analysed using task performance analysis. It was found that a positive, statistically significant relationship existed between teachers’ subject matter knowledge and the composite measure of their teaching effectiveness. The relationships between teachers’ subject matter knowledge and students’ achievement and also between teachers’ subject matter knowledge and students’ rating of the teachers’ teaching effectiveness were found to be positive and statistically significant. However, the relationships between teachers’ subject matter knowledge and teachers’ self rating as well as teachers’ subject matter knowledge and peers’ rating of teachers’ teaching effectiveness were not found to be statistically significant though they were positive. Further data analysis showed that there was a difference between the subject matter knowledge of effective and ineffective teachers and also between the students taught by effective teachers and the students taught by the ineffective teachers. / Institute of Science and Technology Education / PhD (Mathematics Education)

Constructivist teaching strategies are undeniably accepted as effective in achieving the desired educational goals of constructing knowledge through active and creative inquiry. Inasmuch as teachers would love to adopt these strategies in their teaching, mathematics teachers find themselves in a situation where they are forced not to use them. This study investigated the factors that impacted on the selection and adoption of constructivist teaching strategies in selected Gauteng’s urban schools. Four (4) public schools and sixteen (16) mathematics teachers participated in the study. The parallel mixed methods design was employed in the study to produce both quantitative and qualitative data. The data were therefore analysed both quantitatively and qualitatively. It was found that the participating mathematics teachers had an understanding of constructivist theories of teaching and that they perceived their classroom environments to be constructivist in character. The study also found that the adoption of constructivist teaching strategies was hindered by teachers’ lack of skills and competencies to handle a curriculum that they felt was handed down to them without their full involvement at all the stages of its development. Learners’ family backgrounds were also identified as a major social factor that impacted negatively against selection of constructivist strategies. Based on these findings, recommendations were made on how constructivist views can be realised in the teaching of mathematics in South African schools. / Mathematics Education / M. Ed. (Mathematics Education)

South African teacher education is confronted by educational problems of a vast magnitude and complexity. In view of students' needs, society's expectations and improvement of teaching, problems need to be critically investigated. In order for the subject didactics curriculum to meet these needs and demands, a critical analysis was done of the current music syllabus (1991) for teacher training colleges in Venda. Against the background of the structure and components of didactics, subject didactics in general and of music in particular, criteria were formulated for the analysis. As a result of the analysis deficiencies such as the lack of suitable aims and objectives, content with a Eurocentric emphasis disregarding African music, a lack of teaching methods which could be applied in the classroom, etc., were discovered. In conclusion, recommendations and guidelines were formulated in order to address these problems. / Educational Studies / M. Ed. (Didactics)