This research made a diagnostic assessment of some aspects of pupil performance in General Science on entry to secondary school. This assessment included written content and skills assessment of all standard 6 pupils at a secondary school in KwaZulu-Natal. The written skills assessment of 302 pupils involved two tests, one in English and one in Zulu. General Science in the research school was taught in English, while two-thirds of the standard 6 pupil population had Zulu as their first language. All pupils first wrote the test in English, and then the Zulu pupils took the same test again in Zulu. The test was designed to assess pupil performance in areas of a) symbolic representation of data b) application of science concepts c) interpretation of data and d) planning of investigations. The questions used in the test were adapted from the question bank of the Assessment of Performance Unit in the United Kingdom. The written content assessment was designed to test pupils' understanding of various science concepts encountered in primary science. Their recognition of various pieces of science equipment was also tested. Questionnaires regarding various aspects of Science, science teaching practice and perceptions of pupil abilities were administered to pupils' past (standard 5) and present (standard 6) science teachers. A focused group discussion with science teachers at the research school investigated some thoughts on skills-based teaching and assessment. The researcher was also able to draw on experiences of classroom observation as she is a teacher at the research school. As hypothesised, pupils' performance in the skills tested was generally poor, especially in the skills more specifically related to science. Content assessment revealed that almost half of the pupils in the classes analysed held common misconceptions about certain science concepts, not unlike those held by primary school children tested in other countries. Pupil performance generally increased when pupils were presented with a test in their mother-tongue. In other areas, e.g. planning of investigations, poor performance in both English and Zulu tests indicated that these questions were either not known or understood, rather than an issue of linguistic difficulty. Teachers highlighted several factors which retarded the progress of skills-based teaching methods in 'real-life' classroom situations. / Thesis (M.Ed.)-University of Natal, Pietermaritzburg, 1996.

Studies by different academics (Marsh 1997; Allen 2004; Dunn 2006; Austin, 2010 & Stears & Gopal, 2010) reveal that outcomes and assessment strategies cannot be divorced. Outcomes and assessment strategies are meant for various purposes in education, ranging from establishing the starting point, to monitoring and evaluation of the outputs of what have been planned for the lesson. The study investigates the experiences and practices of Form Three integrated science teachers with regard to the outcomes and assessment strategies. The motivation behind this study is related to the problem that teachers are trained on discipline base while they are expected to teach integrated science in the junior level (form one - form three). Integrated Science plays a major role in the Lesotho education system because it prepares learners at Secondary School level (Form One - Form Three) to study specialised science subjects namely: Biology, Chemistry and Physics at High School level (Form Four – Form Five) and this resulted in learners‟ interest in science at higher education being clearly oriented (Oludipe & Oludipe, 2010). This study was achieved by investigating teachers‟ experiences and practices of outcomes and assessment strategies in the way they do, through the use of the following data gathering instruments: document analysis, observation and semi-structured interviews. This study is mainly qualitative, interpretive case study of two schools and is informed by two theories namely: social constructionist theory and Bloom‟s Taxonomies. Social constructionist underpins social practices and practitioners‟ views on them. On the other side, Bloom‟s taxonomy provides details of construction of assessment tools towards attaining outcomes at the end of the learning period. In terms of analysing the data from the field, the data are presented using the themes and categories generated from the interviews. In addition, in presenting the data, the study would ensure that the voices of the participants were not lost. Therefore, verbatim quotations are infused in the data presentation. The emerging trends and patterns from the presented data are then outlined. According to the findings, the teachers are more interested in their areas of specialisation from the universities and colleges and this resulted in some other parts of the syllabus being sidelined. The study also revealed that teachers still lack knowledge of stating or writing observable and measurable learning outcomes even thought they are aware of theimportance of stating learning outcomes at the beginning of each and every Integrated Science lesson. The research concluded with a set of recommendations to ensure the effectiveness of the teaching of Integrated Science in Lesotho. / Thesis (M.Ed.)-University of KwaZulu-Natal, Edgewood, 2012.

The main purpose of this research was to establish how the theory of variation could be used as a resource to enhance learning in Economic and Management Sciences. In the process three specific interdependent research questions were addressed: firstly "how can we develop among learners a good understanding of a particular topic in EMS, for example how the price or value of the Rand is determined on the Foreign Exchange market? secondly "how can the theory of variation be used as a tool for learners to experience the object of learning in a particular way?"; and lastly, "How can the use of a learning study help educators to improve their teaching and make a particular kind of learning possible?" The study utilised pre-test-post-test retention design experiment in phenomenographic studies. A learning study tool within the variation theory of learning was incorporated into a series of grade nine classroom-learning activities on foreign exchange market operation. 361 learners participated in the study. Three main findings were established. Firstly an outcome space was found which contained four qualitatively different ways of experiencing the determination of the Rand price/value on the foreign exchange market. Secondly there was a statistically significant difference between the pre-test and post-test in learning outcome of the understanding of Rand price determination. This was demonstrated using t-test at p-value of 0.000, followed by Levene's t-test for equality of variance test. Thirdly, the results showed an educationally significant improvement in learners' understanding of the EMS concept, through the application of a learning study tool in the variation theory of learning The study therefore supports the role of the theory of variation of learning, which means that learning to see something in a particular way is a function of experiencing simultaneous variation in critical aspects of the object of learning. Educators identify the critical aspects related to different ways of understanding of a particular object of learning, and to design the patterns of variation, or create the space of variation consciously with respect to these critical aspects. / (PhD) North-West University, Mafikeng Campus, 2006

The dependency of educators in Lesotho on externally developed curriculum theories and concepts is fundamental to issues of relevance of the school curricula. This study set out to develop the meaning of environmental literacy in the context of three secondary schools and to explore appropriate teaching methods for the development of this concept in the science curriculum. The participatory action research process involved a team of four science teachers, including the researcher, in partnership with an environmental centre. We progressively developed the meamng of environmental literacy by monitoring teaching innovations in the classroom, holding meetings and workshops and attending conferences where we shared classroom findings and reflected on our emerging understandings based on classroom experiences. Data collection involved: audio-recording of classroom lessons, interviews with teachers and students, audio-visual recording, classroom observations and students' questionnaires. The research process made apparent the complex nature of the process of clarifying and developing environmental literacy in this context. Classroom actiyities planned to inform the team's understanding of the meaning of environmental literacy and develop appropriate teaching methods encountered constraints associated with the education system and the legacy of colonialism. These contextual constraints crystallised the need for the education system to be transformed in order to make schools more conducive environments for the gevelopment of students' environmental literacy. While initially teachers were reluctant to engage in critical reflection, the research process did encourage the team to revise and expand their understandings of both environmental literacy in the science classroom, and the action research itself. The emerging meaning of environmental literacy in this context and how it may be developed among students does not involve a definition with prescriptive, effective teaching methods, but provides insights and understandings gained by the participants in their engagement with a reflective process of reconslructing meaning. I have come to understand environmental literacy during the study to be a process that should draw strongly on the local knowledge and understandings into the science curriculum, through participatory process-based curriculum development models.

Education / D.Ed. (Didactics)

Thesis submitted in fulfilment of the requirements for the degree MASTER OF EDUCATION in the FACULTY OF EDUCATION AND SOCIAL SCIENCES at the CAPE PENINSULA UNIVERSITY OF TECHNOLOGY 2014 / The purpose for this study was to reveal the perceptions held by science teachers on the integration of socio-scientific issues in their science teaching. Also pertinent to this investigation was an understanding of what these teachers saw as the purpose(s) of such integration, how they purported to carry out the integration in their classroom, and how they perceive the role of social justice in science teaching. The theoretical principles of critical pedagogy underpinned the study and its methodology was guided by a phenomenological approach. The qualitative study was confined to eight schools in the Cape Town Metropole and ten science teachers made up the purposefully selected sample. Grounded theory was used as a method of analysis of the transcripts obtained from the semi-structured interviews conducted with the teachers on the socio-scientific issues depicted by two scenarios. Teachers saw the purposes for SSI integration in terms of its focus on the science curriculum, the everyday relevance of science and the impact of science. In addition they thought SSI integration could be useful to inculcate values, encourage behaviour change, advance both society and self, and develop critical thinking. They cited seven different teaching strategies and practices which they preferred for such integration: enquiry-based tasks; science content-specific activities; science-technology-society-environment (STSE) activities; communication of science information; science oriented projects; literacy programmes and deliberation and decision-making. The teachers thought that they could use the SSI scenarios to address socio-economic issues and issues pertaining to equity, self-determination, equality and civic values. Four general teacher profiles emerged from the research findings. These profiles captured both the commonalities and diversity existing among the participants’ perspectives.

M.Ed. / The teaching of writing skills applicable to the content subjects in the English second language classroom is a recent concern. The concern is raised by the emphasis which the communicative approach places on the integration of skills (Kilfoil and Van der Walt, 1997:263), which many teachers seem to ignore. This neglect is seen in the leaners' poor essays which they write both in the English second language classroom and in their content subjects. It should be emphasised that teaching writing skills does not only mean teaching learners how to write compositions and letters, as is usually done in the language classroom, but also implies teaching them how to write expository texts in other subjects. The focus of this research is a group of learners from historically black secondary schools in this Province who had failed matric several times and were admitted to various Colleges of Education in the Northern Province to be offered a Finishing Programme. These learners seem to be `underprepared' in as far as expository writing is concerned. Miller (1989:158) defines the concept of `underpreparedness' in educational terms as the gaps that the learners have in their knowledge which require help in filling in blank spaces. The finishing learners at the Colleges in the Province constitute a small group among thousands of matric pupils who are underprepared for matric.

In this study I investigated the effect of a science literacy strategy on the development of grade six and seven second-language learners’ general literacy skills in both their home language (isiXhosa) and language of instruction (English). The scientific literacy strategy used focuses on reading to learn science, writing to learn science, classroom discussion and argumentation. A mixed method design was used. Quantitative data were collected from baseline and post-testing of language skills of learners. Qualitative measures were generated through interviews of learners and teachers and classroom observations. The sample comprised of seven grades six and seven (multigrade classrooms) classes in seven primary schools situated in the rural areas near Hogsback in the Eastern Cape (five experimental schools and two control schools). Mean differences between the experimental and control groups for the reading, listening, writing and speaking aspects of the literacy tests were computed and the data generated were treated statistically using Analysis of Variance. The qualitative data were used to gain deeper insights into the quantitative results. The data suggest that the science literacy strategy statistically significantly improved the learners reading skills in English, their listening skills in both English and isiXhosa, and their writing skills in isiXhosa over a six-month period. Possible explanations for these results are that the reading material was in English only, extensive use of code-switching from English to Xhosa was made by the teachers while teaching, and that learner classroom discussion and writing in isiXhosa was encouraged.

Content and Language Integrated Learning (CLIL) is an innovative educational approach in which an additional language is used for the learning and teaching of both language and subject content. Content and Language Integrated Learning is not commonly used in South African classrooms, but its application internationally has been shown by empirical research to significantly improve overall language competence in the target language. Reports indicate increased learner motivation and support for the learning of the content subject. This study sought to consider whether CLIL intervention would improve both language and science skills amongst Grade 8 learners in a Natural Sciences classroom. The researcher used a concurrent embedded mixed method design, including both quantitative and qualitative methodologies to gather data. An experimental test design with English Home Language classes and Afrikaans Home Language classes was employed. Hypothesis Testing was used as a statistical analysis to compare the pre-test and post-test results in order to ascertain the impact of CLIL intervention. In addition, the poster-activity and an open-ended questionnaire was used to qualitatively ascertain the impact of CLIL on learner literacy skills. The results showed that CLIL intervention improved learner performance significantly when compared to learners who were not exposed to CLIL. In addition, CLIL lessons were perceived as effective and learners verified that the approach was beneficial to their learning process.

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