Thesis (MEd)--Stellenbosch University, 2012. / Includes bibliography / ENGLISH ABSTRACT: The political and social changes that occurred after 1994 in South Africa, inevitably led to the emergence of a new educational era. Life Orientation (LO) was introduced as a new learning area within the Revised National Curriculum Statement (RNCS) and seeks to preventatively empower learners to take up their legitimate place as citizens within the national and international society (DoE, 2003:2). LO cannot only be liable for the holistic development of individual learners. The community in which learners grow up are faced with unique challenges that will inescapably influence their development. I highlight the influence of “Ubuntu” and “Ukama” on the process of becoming of each individual and therefore use the ecosystemic perspective as a theoretical framework for this study. I reflect on my own experiences within the LO classroom that led to the creation of fictional characters and case studies as a teaching strategy. In this study I distinguish between case study as a teaching strategy and a research methodology. I determine the lived experiences of Grade 8 learners in a secondary school where this teaching strategy was used within the LO classroom. A case study as research methodology is used where qualitative data was produced through personal documentation. A random sample of ten participants from the case study is used to obtain a thorough understanding of their lived experiences. Qualitative data was further produced by twenty individual and two focus group interviews with the sample group. I used the constant comparative method to ensure that I identify the units of meaning and discuss the findings on the basis of three categories. First, the data indicated that the participants found guidance through the case studies of the characters. Secondly, it appeared that the experiences of the characters influenced the participants’ decision making processes. Thirdly, the data indicated that participants used this teaching strategy as a platform to voice their own personal emotions and experiences. On the basis of Gilles Deleuze (in Wallin, 2010) and Magdeleine Grumet (1981) this study emphasizes the potential role that an evolving, active form of curriculum can play in the becoming processes of each individual learner and teacher. I conclude by recommending that uniqueness and diversity must be encouraged within the classroom to ensure that curriculum will not be a homogeneous policy document, but that it will be active and developmental in nature. I use the work of Wallin (2010), Sutton and Martin-Jones (2008) and Grumet (1981) to offer new insights about the pedagogical making process within the South African context. / AFRIKAANSE OPSOMMING: Die politiese en sosiale veranderinge wat na 1994 binne Suid-Afrika plaasgevind het, het onvermydelik gelei tot die ontstaan van ʼn nuwe opvoedkundige era. Lewensoriëntering (LO) was as ʼn nuwe leerarea binne die Hersiene Nasionale Kurrikulumverklaring (HNKV) bekendgestel en poog om op ʼn voorkomende wyse leerders te bemagtig om hul geregmatige plek as burgers binne die nasionale, sowel as internasionale samelewing op te neem (DvO, 2003:2). LO kan nie alleen aanpreeklik gehou word vir die holistiese ontwikkeling van individuele leerders nie. Die gemeenskap waarbinne die individuele leerders groot word het sy unieke uitdagings en sal daarom onwillekeurig hierdie ontwikkelingsproses beïnvloed. Ek beklemtoon daarom “Ubuntu” en “Ukama” se invloed op die individu se wordingsproses en gebruik die ekosistemiese perspektief as ʼn teoretiese raamwerk vir hierdie studie. Ek reflekteer oor my eie ervarings binne die LO-klaskamer wat aanleiding gegee het tot die ontstaan van fiktiewe karakters en gevallestudies as onderrigstrategie. In hierdie studie onderskei ek tussen gevallestudies as onderrigstrategie en navorsingsmetodologie. Ek bepaal die geleefde ervaring van graad 8-leerders in een sekondêre skool waar dié onderrigstrategie in die LO-klaskamer gebruik word. ʼn Gevallestudie word as navorsingsmetodologie gebruik waar kwalitatiewe data deur persoonlike dokumentasie geproduseer is. Ten einde ʼn deeglike begrip te verkry van die gevallestudie se geleefde ervaring is ʼn ewekansige steekproef van tien deelnemers gebruik. Kwalitatiewe data is verder deur twintig individuele en twee fokusgroeponderhoude met hierdie steekproef geproduseer. Ek het deurgaans die konstante vergelykende metode om eenhede van betekenis te identifiseer gebruik en bespreek my bevindinge aan die hand van drie kategorieë. Eerstens dui die data aan dat deelnemers leiding uit die gevallestudies van karakters ontvang het. Tweedens blyk dit of die ervarings van die karakters die deelnemers se besluitnemingsproses beïnvloed het. Derdens dui die data aan dat deelnemers hierdie onderrigstrategie as ʼn platform gebruik het wat hulle in staat gestel het om uiting aan hul persoonlike emosies en ervarings te gee. Ten slotte beklemtoon hierdie navorsingstudie aan die hand van Gilles Deleuze (in Wallin, 2010) en Magdeleine Grumet (1981) se werk die potensiële rol wat ʼn ontwikkelende, aktiewe vorm van kurrikulum in die wordingsproses van elke individuele leerder en opvoeder kan speel. Ek beveel daarom aan dat uniekhede en diversiteit binne die klaskamer aangemoedig moet word ten einde te verseker dat kurrikulum nie as ʼn homogene beleidsdokument aanvaar word nie, maar dat dit aktief en ontwikkelend van aard sal wees. Ek gebruik die werk van Wallin (2010), Sutton en Martin-Jones (2008) en Grumet (1981) om nuwe insigte rondom die pedagogiese wordingsproses binne die Suid-Afrikaanse konteks aan te bied.

This research paper seeks to explore whether the University of KwaZulu-Natal (U.K.Z.N) Humanities Social Science Faculty (HSF) can provide utility (economic) value to the eThekwini region and the South African developmental state. Utility value within this paper is defined as being, „The welfare a given investor assigns to an investment with a particular expected return and risk.‟ (duke.edu). A developmental state according to Professor Ziya Onis is a “…state where the government is intimately involved in the macro and micro-economic planning in order to grow the economy.” (Onis 1991). Each existing developmental state has approached its development in a unique and contextually relevant manner. Yet all developmental states have one key variable prominent: Human Capital Development through investment in the Science Engineering and Management streams of study. This research project uses a qualitative research approach comprising of semi-structured interviews with selected personnel from the University‟s Humanities Social Science Faculty, private sector organisations, the local municipality, a representative from the Minister of Higher Education and Training and the Reference group set up by the Ministry to investigate the state of the HSF in South Africa. Six key questions will inform this research. Firstly, what is the content and curriculum make-up of a Humanities Social Science of the University of KwaZulu-Natal degree and what factors inform its make-up? Secondly, what is utility value expressed in employment terms does an HS degree provide? Thirdly, how are HSF Degrees structured to offer both knowledge and utility value to their students - and in turn - the South African job market? Fourthly, where do HSF graduates get employed i.e. in which Government Departments or industries do they find employment? Fifthly, what meaningful role does an HSF degree offer in the context of the developmental State in South Africa? And finally, does the UKZN HSF and its degrees need an overhaul? And if it is concluded that it does not need it, why does it not? This research project found that the Humanities Social Science Faculty and its products, the graduates , do provide utility value - needed for leading people and organisations - in the form of management skills, deductive reasoning, critical and lateral thinking. However, if the current state of the HS-Faculty continues, namely; the large number of students enrolled, the non-enterprising curriculum, the non-collaborative relationship between the faculty and local business and governmental structures, the HSF will have no “active role” in the developmental state and will in “fact” become a problem. And subsequently, a problem that contributes to the phenomena of unemployable graduates in a major way. / Thesis (M.A.)-University of KwaZulu-Natal, Durban, 2010.

The social and environmental challenges of the coming decades will require that individuals possess environmental literacy: the understanding of natural systems combined with a sense of care for the earth, and the confidence and competency to act on its behalf. At the same time, disengaged youth need education environments that foster belonging and promote affective outcomes. The youth conservation corps model provides a natural context for engaging academically at-risk youth in environmental science education, while fostering connection to nature and student self-efficacy in ways that are experiential, relevant, and relationship-based. The focus of this study was a conservation corps program that integrates habitat restoration fieldwork and environmental science curriculum. The participants of this study were eight high school seniors who participated in the program for credit toward their high school diplomas. Data were collected through both quantitative and qualitative measures. Students completed a pre-test to assess their understanding and application of conceptual knowledge in ecosystem relationships and biodiversity. Upon completion of a six-week curriculum, they completed a post-test assessing knowledge in the same areas, two retrospective pre-post surveys measuring connection to nature and self-efficacy, and a post-evaluation measuring affective outcomes. Individual interviews were conducted in order to provide further insights and to identify elements of the program that contributed to positive outcomes. Results showed statistically significant increases in all outcome areas as well as positive student evaluation of affective outcomes. The outdoor and experiential components of the program were found to contribute most significantly to the positive outcomes.

This study surveyed the opinions of academic administrators of associate degree nursing programs, community college social science programs, and community college biological science programs regarding major benefits and concerns associated with the employment of part-time faculty. This study found that most part-time social science faculty teach in the classroom, half participate in non-teaching faculty activities, and most are paid a contract amount per course or credit hour. Part-time biological science faculty differed only in that most teach a combination of classroom and lab/practicum. Part-time nursing faculty differed in all three areas. Most part-time nursing faculty teach in lab or practicum settings, most participate in more non-teaching activities than other part-time faculty, and most are paid an hourly wage. However, the benefits and concerns associated with the employment of part-time nursing faculty were not significantly different from those identified by academic administrators of the other programs with one exception. Academic administrators felt that part-time nursing faculty expose students to the latest technologies in specialty areas and part-time social science faculty do not. The benefits cited by the respondents, that were in addition to the benefits most frequently cited in the literature, include increased interaction with the community and the ability to "try out" prospective full-time faculty. The concerns cited by respondents, that were in addition to the concerns most frequently cited in the literature, include the inability to find qualified part-time faculty to fill available positions and the concern that the employment of part-time faculty causes resentment among full-time faculty. The results from this study indicate that the literature pertaining to the benefits and concerns associated with the employment of social science and biological science part-time faculty in community colleges can be used to develop policies regarding part-time faculty in associate degree nursing programs.

Biological nursing science, also known as Bioscience, is a difficult subject or module in nurse training and education worldwide. In the four-year comprehensive nursing diploma programme, Biological Nursing Science (BNS) is one of the core subjects taught in the first year. One of the major bioscience concepts integrated in the undergraduate nursing curriculum is Anatomy and Physiology (A&P). It is essential for students to pass A&P before enrolling for GNS because the two subjects provide details of the normal structures of the body and how they function, which is the foundation of GNS. The failure of students in BNS (Anatomy and Physiology) enrolled for the Diploma in Nursing (General, Psychiatry and Community) and Midwifery is of great concern to the nurse educators and campus principals at the KwaZulu-Natal College of Nursing. The results for the BNS module between 2014 and 2017 indicated that students had problems with the course. Accordingly, the researcher wished to determine the factors that contributed to student failure in BNS (Anatomy and Physiology) in the KwaZulu-Natal College of Nursing. The aim of the study was to identify factors that contributed to the BNS failure rate and make recommendations to improve the pass rate in BNS. The researcher used Jeffreys’ (2013) NURS model as the conceptual framework to examine the influence of student profile characteristics, academic factors, environmental factors and psychological outcomes on Anatomy and Physiology performance. A quantitative, non-experimental, descriptive research design was selected to describe, explain, and predict factors contributing to students’ failure in BNS. Data was collected from 114 respondents by means of a Likert scale-based self-administered structured questionnaire.The study found that shorter breaks between lectures, which caused exhaustion; the one-day study time between examinations; two hours for the subject examination, and educators not involving students in lessons or providing after-class sessions were among the factors contributing to the high failure rate. It is recommended that the curriculum allow sufficient notional hours for teaching; learner support programmes be introduced to assist students who need help; examination timetables be adjusted to allow adequate study and preparation time, and educators involve students in active learning. Recommendations are also made for further research. / Health Studies / M.A. (Health Studies)

Submitted by Elba Lopes (elba.lopes@fecap.br) on 2017-08-28T18:59:40Z No. of bitstreams: 2 AIRTON ADELAR BAUERMANN.pdf: 1283958 bytes, checksum: c6bbd44aa44f60771c158cb8e831a81e (MD5) license_rdf: 0 bytes, checksum: d41d8cd98f00b204e9800998ecf8427e (MD5) / Made available in DSpace on 2017-08-28T18:59:40Z (GMT). No. of bitstreams: 2 AIRTON ADELAR BAUERMANN.pdf: 1283958 bytes, checksum: c6bbd44aa44f60771c158cb8e831a81e (MD5) license_rdf: 0 bytes, checksum: d41d8cd98f00b204e9800998ecf8427e (MD5) Previous issue date: 2016-09-28 / In order for the sum of the results of processes of scientific research or science to become effective, it is necessary to focus on its formal quality, so as for it not to lose its potential in transforming and advancing science. For that purpose, the communication of scientific production and its constant evaluation are essential aspects. The main objective of this research is to show core themes given in dissertations and theses on the education of university professors, defended in three graduate programs in Accounting, in the period of 2009 through 2013, with the intent of describing methodology aspects and dimensions of education of professors valued by research done in the period investigated. In order for this to be accomplished, an explorative qualitative research was undertaken. The data was collected through documental analysis and analyzed with content analysis. It was noted that the topic of professional formation in dissertations and thesis, in the area of accounting, is still scarce, with only 06 (six) researches out of 287 in the period of 2009 through 2013 focusing on the education of the university professor. It was found, also, that 05 (five) of these studies are on the profession of professors and 01 (one) on politics of education of the professor. Another find had to do with the focus of the researches in evidencing the profile of professional competencies for teaching. Among these, 02 (two) studies focused on the ethic-political education of professors. In conclusion, the theme of education of professors is still not a part of the research that was investigated in graduate programs in Accounting, demonstrating the little interest in this field of study, even though one of the primordial objectives of courses of specialization is the education of professionals for teaching in higher levels. / Para que a acumula????o de resultados dos processos de pesquisa cient??fica ou a ci??ncia se torne eficaz ?? preciso atentar para a sua qualidade formal sob pena de esvaziar o seu potencial de transforma????o e de avan??o cient??fico. Sendo assim, a comunica????o da produ????o cient??fica e a sua avalia????o constante s??o aspectos essenciais. Esta pesquisa tem como objetivo geral evidenciar eixos tem??ticos abordados nas disserta????es e teses sobre forma????o de professores universit??rios, defendidas em tr??s programas de p??s-gradua????o em Ci??ncias Cont??beis, no per??odo de 2009 a 2013, procurando descrever aspectos metodol??gicos e dimens??es da forma????o docente valorizadas pelas pesquisas analisadas no per??odo investigado. Para tanto, realizou-se uma pesquisa explorat??ria, de natureza qualitativa. Os dados foram coletados por meio da an??lise documental e analisados por meio da an??lise de conte??do. Constatou-se que ainda ?? escassa a presen??a da tem??tica da forma????o de professores nas disserta????es e teses, na ??rea cont??bil, sendo que das 287 pesquisas produzidas no per??odo de 2009 a 2013, apenas 06 (seis) t??m como foco de preocupa????o a forma????o do docente universit??rio. Constatou-se, tamb??m, que 05 (cinco) destes estudos s??o sobre profissionalidade docente e 01 (um) sobre pol??ticas de forma????o do docente. Outra constata????o foi quanto ?? preocupa????o das pesquisas em evidenciar o perfil de compet??ncias profissionais para a doc??ncia. Dentre estas, 02 (duas) pesquisas tiveram como preocupa????o a dimens??o ??tico-pol??tica da forma????o docente. Conclui-se que a tem??tica envolvendo a forma????o de professores ainda n??o faz parte das linhas de pesquisas pertencentes aos programas de p??s-gradua????o em Ci??ncias Cont??beis investigados, demonstrando o pouco interesse por este campo de estudos, mesmo que um dos objetivos primordiais da p??s-gradua????o seja a forma????o de profissionais para o magist??rio superior.

Studies have shown that most teachers in South Africa have no background in Environmental Education (EE), have not received pre-service training in EE and very little teacher education has taken place in EE. The Revised National Curriculum Statements emphasise the infusion of EE in all learning areas. There is, however, a problem whether there is a need for professional development of teachers for effective EE. The main aim of this study is to enable teachers to acquire knowledge and skills to infuse EE in all learning areas. The study gathered data through literature review from primary and secondary sources. The questionnaire was developed as a research tool and was sampled to 216 Tshwane North District Office teachers. The collected data are analysed by using the frequency tables indicating percentage of respondents in each category. The study recommends the professional development of teachers for effective implementation of EE in schools. / Educational Studies / M.Ed.

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 study examines learning interactions around indigenous ways of knowing associated with fermented grain foods (the making of umqombothi) and the concept of alcoholic fermentation in the Grade 11 Life Sciences curriculum. As an environmental education study it also investigates the cultural significances of the fermented grain food and how learners might make better lifestyle choices. The inclusion of indigenous ways of knowing in the Life Sciences curriculum (FET band) created spaces and opportunities for the use of both knowledge's in sociocultural context and the structured propositions of the learning area in order to construct knowledge. This stimulated learners' understanding of fermentation and also led to a valuing of social context as well as the cultural capital embedded in the indigenous ways of knowing. The study suggests that parental involvement contributed to this valuing of intergenerational ways of knowing. Learners also deliberated how colonial interpretations of Nguni culture and the religious beliefs of Christians had served to marginalise and foster a widening urban rejection of isiXhosa cultural practices related to fermented foods. In their learning and discussion, learners developed new insights and respect for isiXhosa fermentation practices (ukudidiyela) that bring out the food value and nutrition in the grain. The data illustrates that lesson activity that drew on relevant Learning Outcomes and Assessment Standards to integrate Indigenous Knowledge practices in a Life Sciences learning programme, served to enhance learner understanding of alcoholic fermentation. They also document a revaluing of cultural heritage and learners bringing up the problem of alcohol abuse in the community. Curriculum work with Indigenous Knowledge thus not only assisted learners to grasp the science but to use this alongside a valued cultural knowledge capital to deliberate and act on a local concern.

The research study was conducted at Ixopo High School, an English medium, former model-C, co-educational school in Kwazulu-Natal. The research is located within an interpretive paradigm and is informed by the constructivism theoretical framework. The learners and educators who participated in this research study did so voluntarily. The principal objective of this case study was to investigate the challenges faced by 30 Grade 10 Science learners in understanding the problems posed in the mechanics section of the Physics syllabus. This investigation was carried out using two learning strategies: problem solving and practical work. Various authors have noted some sections in the Physics syllabus are often misunderstood by the learners, for different reasons. From the literature and from the author’s personal experience it was found that mechanics is a topic that the learners of different races and age groups find difficult to conceptualise. In general, learners have misconceptions and make errors in Physical Sciences. Often educators view children’s errors and misconceptions in terms of low intelligence, low mathematical aptitude, perceptual difficulties or learning disabilities instead of attempting to discover the real causes of the errors. Educators need to find out why the learners make these mistakes, in order to help them. In most cases Mathematics forms a basic common element in scientific study. Hence, science learners need to be able to deal with numbers, operations, symbols and mathematical formulae. The term “science” embraces a very wide area of subject matter. Different learners will have widely differing interests within the many subdivisions of this field. This presents a problem when preparing learners for the scientific language they will need to study different branches of science. This implies that failure to understand the meaning of words or symbols inevitably impairs communication. The data analysed was collected using a variety of data collection tools. The main data generation tools were science tasks, structured interviews and group interviews and questionnaires. The analysis revealed that learners were lacking in mathematical skills and science register (terminology). Both first and second language English speakers encountered problems in science register but the study found that the problem was more pronounced in the latter. The findings of this study also highlighted that learners understand how to think mathematically when they are resourceful, flexible, and efficient in their dealing with new mathematical problems in mechanics. However, mathematical problem solving performance is built on the foundation of basic mathematical knowledge. The study suggested that even when the challenges of a general understanding of English as the medium of instruction and scientific language (register) are overcome, learners are still challenged by mathematical problem solving strategies; reading and writing of science; making meanings of symbols and signs; graphs and scientific mathematical equations in sense making of mechanics problems.