Thesis (M.Ed.)--University of Hong Kong, 1996. / Includes bibliographical references (leaves 134-141). Also available in print.

In mandating new curriculum, state legislatures frequently have opted to require school districts to "infuse" new content rather than adopt a new course. The lack of procedural guidelines in these legislative mandates leaves curriculum specialists to struggle with an "infusion dilemma," the problem of implementing the new curriculum without knowing how it should appear, once implemented. The purpose of this study was to examine interpretations of infusion held by persons responsible for operationalizing an infusion mandate. The interpretations of "infusion" held by people concerned with the implementation of the 1977 Economic Education Act in Texas were investigated. Selected legislators, state agency personnel, curriculum consultants, economics educators, and classroom teachers were interviewed about the concept and process of infusion.

The aim of the study was to investigate the impact of curriculum change in teaching and learning of science subjects at schools in Vhembe District. The research also meant to answer the following research objectives on the impact of new changes in curriculum. The first research objective was based on the effects of curriculum changes in the teaching and learning of science. The second research objective was based on the constraints or factors that might be affecting the effectiveness of new changes in teaching and learning of science. The third research objective was based on the monitoring and support on the new changes in science curriculum. Research objective four was addressed as a recommendation. It was about the suggestion for future planning of changes in curriculum. In this era of on-going new developments in curriculum, it was imperative to find out how new changes are affecting teaching and learning of science curriculum even in the most remote parts of the country. The continuous changes that are taking place in science curriculum demand the need for this research. Questionnaires, interviews and observation were used as data collection methods using the qualitative method. Schools which participated in the study were selected using purposive sampling. It is revealed in the findings that teachers feel that it is not necessary for them to change the way they teach, especially those who did not receive training on the new curriculum changes during their tertiary education. The findings also indicate that lack of resources impact negatively on the implementation of curriculum reform in teaching and learning of science in many under-resourced schools in rural areas. The findings also reveal that, it is not easy for subject advisors to give relevant support because of inadequate resources and lack of human capacity. According to the research findings, inadequate resources, skills and knowledge and lack of pre-planning on new curriculum development adversely affect the teaching and learning of science in schools. It is therefore recommended that the proposed curriculum development and reform be piloted before it is implemented as proposed in the model for the preparation of effective curriculum changes and development in science. Also, it is important to have functional curriculum support forums at school, circuit and district levels. The provisioning of science centres with well-equipped laboratories in each and every circuit will play a greater role in effective teaching and learning of science in schools. / Science and Technology Education / M. Ed. (Natural Science Education)

The thesis illustrates the contention that an outcomes-based system with its underlying philosophy of social constructivism cannot operate effectively within a traditional school system. Restructuring of an institution is necessary to accommodate the outcomes-based system. Using the research instruments of interviews, questionnaires, journals, participant observations and collection of physical artefacts, two case studies investigating systemic factors as they influence science learning were conducted in two South African schools. The one school, St Sebastian's College, was an extremely well resourced school while the other, Mtunzini High School was a middle class school in comparatively deprived circumstances. Attempts were made to introduce an outcomes-based education course involving a group of grade 8 learners in the respective schools. Difficulties in implementation were encountered and at best only very limited success was achieved. There were two reasons for this. First, particularly in the case of St Sebastian's College, I designed a course which was over ambitious in that it was not suited to the developmental stage of the learners. Second, traditional schooling systems follow a perspective of education termed 'the structure of the disciplines' which fosters a system of rigid time tabling, compartmentalisation of subjects and emphasis upon summative assessment. In contrast, the curricula I designed involved a 'cognitive' perspective which required flexible time scheduling, integration of subjects and developmental assessment. The conflicts which arose include time constraints and resistant attitudes on the part of learners and teachers. The thesis culminates with some suggested steps to follow should a school community wish to restructure. These include a shared vision, employing organised abandonment, capacity building and commitment to a systemic perspective.

Department of Curriculum Studies / See the attached abstract below

This study involved a comparative analysis of reforms in the organization and structure of curricula and instruction in science education in the United States during the last decades of the nineteenth and twentieth centuries. A review of literature of these periods revealed similar concerns and goals for science instructional reform in schools. With the use of primary and secondary sources from these decades, a comparison of the conditions surrounding the reform movements was made. The author explored such concerns as educational norms, aims, values, customs, curricula content, instructional methods, psychological bases and their relationships with the technological and scientific cultures of the times. This comparison characterized common factors associated with the two reform movements. A historical characterization of the two reform periods identified relationships and responses of science education reform to social, educational, scientific, technological, and economic influences. These relationships and responses represent some of the common factors that late-nineteenth century and late-twentieth century reform movements in science education share. The author determined that although the terms, phrases, and jargon used by late-nineteenth century science education reformers sound similar to those used today, the reform efforts are not as similar as they seem. Different meanings of reform terminology used by educators of the two time periods resulted in science education means and goals that are distinct for each period, although the terminology used to describe these ideals sounds and appears very similar. This study shows how science education reforms in the late-nineteenth and late-twentieth centuries responded to the world of which they were a part, and how under apparent similar conditions, responses of reformers appear similar, but in reality are different. / Ph. D.

No abstract available / Secondary School Education / D.Ed. (Didactics)

Submitted in fulfillment of the requirement of the Degree of Magister of Technology: Language Practice, Durban University of Technology, 2012. / Outcomes-based education compelled South African teachers to make an important paradigm shift in education from a teacher-centred approach to a learner-centred approach. This paradigm shift in teaching and learning emphasised an active participation of learners which necessitated Technology Education (TE) teachers to restructure their teaching strategies in terms of the National Curriculum Statement (NCS). Conducted within a constructivist paradigm, this study was based on Shulman‟s (1986, 2004) theory of pedagogical and content knowledge, and Vygotsky‟s (1978) zone of proximal development within social constructivism. Using a mixed method approach, this study investigated teachers‟ understanding and implementation of the design process as it relates to teaching TE in the intermediate and senior phases (Grades 4–9) of the General Education and Training Band in KwaZulu-Natal. The study also considered the training of TE teachers in a bid to facilitate teaching and learning in the classroom and to enable learners to become creative and critical problem solvers. Analysis of the questionnaire and semi-structured responses revealed that teachers were interpreting and implementing policy differently and that they were not adequately trained to teach TE. As a result, classroom practice in terms of teaching and learners‟ experience of the design process in TE also differed. Valuable lessons were learned in this study for the structuring of training programmes for teachers in Technology Education to enhance teaching and learning in the classroom. Therefore, based on the findings, this study makes recommendations regarding teaching, learning, assessment, and training of teachers in TE.

published_or_final_version / Education / Doctoral / Doctor of Philosophy

published_or_final_version / Education / Master / Master of Philosophy