Faculty of Education - Theses
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ItemCan children in the early years of primary schooling say from whom or what or where they acquired their scientific understandings ?( 2006)Young children bring with them to school a certain amount of science knowledge gained from their everyday lives. What they "know", whether right or wrong, may be the result of interactions with family, television, computer programs, books, peers or visits to environmental locations, museums or science centres. In this study, children who have been at primary school for between two and three years are asked to describe their knowledge and their sources of information. The extent to which school factors are influencing their science knowledge is investigated. A survey was developed and protocols trialled before fifty-seven children aged eight and nine years at a provincial Victorian government primary school were surveyed to establish their home background and family interest in science, their own attitudes and feelings toward science and the efficacy of their science experiences at school. Interviews were carried out with nine students, selected to represent a broad range of attitudes to science, in order to gain more detailed information about their specific understandings of a number of topics within the primary school science curriculum and the sources of their information. The students' responses revealed that where they were knowledgeable about a subject they could indeed say from where they obtained their knowledge. Books were the most commonly cited source of information, followed by school, personal home experiences and family. Computers and the internet had little influence. Students who appeared to have "better" understandings quoted multiple sources of information. Positive correlations were found between enjoyment of school lessons and remembering science information, liking to watch science television or videos and remembering science information, and liking to read science books and remembering science information. Mothers were also linked to the use of science books at home, and the watching of nature TV shows at home. There are several implications for the teaching of science at early years level. Teachers need to be aware of powerful influences, from both within and outside of the classroom, which may impact on children, and which may be enlisted to help make learning more meaningful. The research indicates the importance of home background, parental interest and access to books, and notes the under utilisation of computers and lack of visits to museums and interactive science centres.
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ItemFrom I can't and I don't to I can and I want to : a study in teaching and learning( 1998)In recent years, the teaching and learning of science in primary schools has been a major concern within professional sectors and at all levels of education. This study reveals teachers' responses and personal growth within a long term professional development program. Through an analysis of workshop session transcripts the researcher identifies a range of meanings made by the participant primary teachers about the teaching and learning of science in their classrooms. The findings indicate that positive changes in the teachers' views of themselves as learners of science takes place when teachers and tertiary teacher educators work together in long term collaborative inquiry. A further outcome is that the teachers develop new confidence and abilities which inform their classroom practice.
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ItemNegotiating and enabling change in a primary school: identifying strategies that assist classroom teachers with the teaching and learning of science( 2006)The purpose of this research was to investigate strategies that assist classroom teachers with the teaching and learning of science. The researcher, a classroom teacher and science coordinator at Karingal Heights Primary School (KHPS), decided to conduct the study because of the researcher's desire to improve current practices at KHPS. The researcher's belief that, examining current practices, investigating alternatives and documenting what works for individual teachers are essential elements for successful teaching and learning. The methodology of action research was the most appropriate tool because it allowed for collaboration and reflection. The research period was ten months and involved classroom teachers at KHPS in a process of inquiry and. reflection. Classroom teachers became active participants in identifying strategies that assisted.them with the teaching and learning of science. Finding links to science across the curriculum led to a wider vision of what constituted science and resulted in more science happening at KHPS. Action Research became a strategy that promoted science teaching and learning because it provided classroom teachers with a focused process of investigation and reflection. What emerged was a broader view of science, linked more to the lives and interests of the school community and the conclusion that, although a variety of strategies assist classroom teachers with the teaching and learning of science, collaborative work practices emerged as the most valuable strategy for the classroom teachers at KHPS.