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CK, PCK, TPCK, and Non-intellectual Factors in sustaining an iMVT Innovation for Science Learning

机译:CK,PCK,TPCK和非智力因素维持iMVT创新以促进科学学习

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Teaching science through inquiry has been a “recommended” pedagogy for science to be more “authentic” and effective. However, how to promote sustainable education change such as inquiry-based learning in school has been challenging. The study is situated on a four-year journey in designing, sustaining, and scaling up an iMVT pedagogy in secondary science in Singapore. Our collaborating science teachers increased from 9 (Phase I, 2007-2008) to 29 (Phase II, 2009-2010). Based on preliminary analysis of surveys, interviews, and classroom observation data of selected cases, we summarized a four-pillar model of teacher competence within a structure/agency framework for desired education change.
机译:通过探究进行科学教学一直是“建议”的教学法,以使科学更加“真实”和有效。但是,如何促进可持续的教育变革,例如在学校中进行基于探究的学习,一直是一个挑战。这项研究历时四年,旨在设计,维持和扩大新加坡中学科学中的iMVT教育学。我们的合作科学老师从9名(第一阶段,2007-2008年)增加到29名(第二阶段,2009-2010年)。在对选定案例的调查,访谈和课堂观察数据进行初步分析的基础上,我们总结了在期望的教育变革的结构/机构框架内,教师能力的四支柱模型。

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