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Exploring teaching practices of science and technology in Malawi primary schools

机译:探索马拉维小学的科学和技术教学实践

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Research about primary school teachers’ understanding of the meaning and implications of science and technology as a learning area has revealed considerable confusion about these terms, both in their professional sense and concerning their roles in education and economic development. Many countries established science and technology in their school curriculum to help pupils develop scientific and technological literacy but programme structures and emphasis have tended to differ. Malawi also attempted to achieve the goals for a scientifically and technologically literate citizenry through the introduction of an integrated science and technology as a single learning area in schools. While the need for scientifically and technologically literate citizens is governments’ strategic goal, teachers’ understanding of science and technology has implications on their teaching practices and ultimately on student learning. This paper reports on a study that aimed at identifying the teachers’ conceptualisation of science and technology and their teaching practices. The study was implemented using a qualitative paradigm in order to develop a holistic understanding of the situation in the schools and it was undertaken in two primary schools in Blantyre. Schools participating in the study were identified through convenient sampling and involved 8 science and technology teachers for standards 5-8 from each of the two schools. Data generation for the study involved classroom observations, group discussions and teachers completing an open ended questionnaire. The data generated were analysed using thematic analysis. Findings revealed the teachers’ gaps in content knowledge about scientific and technological concepts arising from their lack of understanding of the differences between science and technology. The teachers’ perceptions and practices were also compounded by the nature of the science and technology curriculum and the teachers’ lack of induction when the subject was being introduced. The study recommends redefining the assumptions of the science and technology curriculum. It also suggests providing interventions to help teachers’ develop appropriate conceptualisation of science and technology as this has implications on their choices of what to teach and how to teach it.
机译:有关小学教师对科学和技术作为学习领域的含义和含义的理解的研究表明,无论从专业意义上还是在教育和经济发展中的作用,这些术语都引起了极大的困惑。许多国家在学校课程中建立了科学技术,以帮助学生发展科学素养,但课程结构和重点却有所不同。马拉维还试图通过在学校中引入综合性科学技术作为单一学习领域来实现具有科学和技术素养的公民的目标。虽然需要具有科学和技术素养的公民是政府的战略目标,但教师对科学和技术的理解对他们的教学实践以及最终对学生的学习有影响。本文报告了一项旨在确定教师对科学技术及其教学实践的概念化研究。这项研究是使用定性范式进行的,目的是为了全面了解学校的情况,该研究是在布兰太尔的两所小学进行的。通过方便的抽样确定了参与研究的学校,并邀请了两所学校中每所学校的8名科技教师,他们的标准为5-8。这项研究的数据生成包括课堂观察,小组讨论和教师填写开放式问卷。使用主题分析对生成的数据进行分析。调查结果显示,由于缺乏对科学和技术之间差异的理解,教师在科学和技术概念的内容知识方面存在差距。科学和技术课程的性质以及教师在引入该学科时缺乏归纳能力也加剧了教师的看法和实践。该研究建议重新定义科学技术课程的假设。它还建议提供干预措施,以帮助教师发展科学和技术的适当概念,因为这对他们对教学内容和教学方式的选择有影响。

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