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Science teachers' perceptions of nanotechnology teaching and professional development: a survey study in Taiwan

机译:理科老师对纳米技术教学和专业发展的看法:台湾的一项调查研究

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摘要

Inclusion of nanotechnology in the science curriculum has received great attention in many countries. Taiwan's government has been funding the National Program on Nanotechnology (NPNT) for nearly 10 years. The purpose of this study was to examine Taiwanese secondary school science teachers' understanding of nanotechnology teaching after implementing the NPNT, as well as the teachers' perceptions of school support and their professional development intentions. The study adopted the questionnaire survey method. Using stratified cluster sampling, a total of 1600 questionnaires were distributed to 178 secondary schools. Finally, the responses of 663 junior high school teachers and 632 senior high school teachers who completed the instrument were analyzed. The instrument for the study is the Teachers' Perceptions of Nanotechnology Teaching Scale (TPNTS). The TPNTS included 42 Likert-scale items. The results reveal that secondary school teachers' intentions to pursue professional development are high, but their perceptions of school support are low. Teachers' knowledge and understanding of nanotechnology teaching is significantly above average, but failed to reach the "very satisfied" level. In addition, the senior high school teachers' perceptions of nanotechnology teaching and professional development are significantly higher than those of the junior high school teachers. Implications of the findings are discussed.
机译:在许多国家中,将纳米技术纳入科学课程已引起了极大的关注。台湾政府为国家纳米技术计划(NPNT)提供了近十年的资金。这项研究的目的是检验台湾中学理科教师在实施NPNT之后对纳米技术教学的理解,以及教师对学校支持的看法及其专业发展意图。该研究采用问卷调查法。通过分层整群抽样,共向178所中学分发了1600份问卷。最后,分析了完成该仪器的663名初中教师和632名高中教师的回答。这项研究的工具是《教师对纳米技术的教学量表》(TPNTS)。 TPNTS包括42个李克特量表项目。结果表明,中学教师追求专业发展的意愿很高,但他们对学校支持的看法却很低。教师对纳米技术教学的知识和理解大大高于平均水平,但未能达到“非常满意”的水平。此外,高中教师对纳米技术教学和专业发展的看法明显高于初中教师。讨论结果的含义。

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