科学职前教师教育微格教学中“学生”真实性调查

IF 1.8 4区 教育学 Q2 EDUCATION & EDUCATIONAL RESEARCH
Jianlan Wang, Yuanhua Wang
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引用次数: 0

摘要

摘要背景临床经验是理科教师培养的重要环节。真正科学教学的复杂性可能会使职前教师(Pre-serviceTeachers, PST)不堪重负,需要进行调整以简化教学任务。微格教学作为一种简化教学的有利方法,在正规教师培训项目中得到了广泛的应用。微教学情境下的真实性影响其为目标练习准备pst的有效性。然而,很少有研究直接研究这个问题。目的本研究通过比较两组采用微教学的pst与真实学生和扮演学生角色的同伴的教学实践,探讨学生的真实性。73名教师被分为两组,分别在微格教学中接受同伴(p组,36名教师)和学生(s组,37名教师)的干预。设计和方法psts完成了四项科学教学任务,包括三个关于三种独立科学教学实践的微观教学和一个在真实环境中结合所有三种实践的宏观教学。我们使用双样本t检验来比较两组pst在与同伴或学生一起工作之前的初始状态。然后,我们使用层次回归来检验三种微观教学如何对pst的宏观教学做出贡献。最后,我们调查了两组学生的平均成绩有显著差异的微格教学的性质。结果两组教师在与同伴或学生合作前的教学经验和教学能力均无显著差异。三个微观教学累计贡献了宏观教学的25% (R2score)。我们观察到两组在第三次微观教学中有显著差异,但在宏观教学中没有显著差异。p组的同学比s组的同学表现得更好,可能是因为他们的同学比真正的学生更合作,知识更渊博。结论与同伴和学生进行微教学对准备pst进行真实教学同样有效。与真实的学生一起工作并不能保证更好地将教学实践转化为真实的教学。这个过程是非线性的,可能需要明确反思学生财产在微格教学中的作用。关键词:语境真实性、微教学、实践本位教师教育迁移理论披露声明作者未报告潜在利益冲突。本研究已获得德克萨斯理工大学人类研究保护计划(IRB No. 2019-579)批准。所有参与研究的个体都获得了知情同意。参与者同意将他们的数据用于研究目的。数据可用性声明由于对研究参与者隐私的保护,在当前研究中生成和/或分析的数据集不能公开提供,这可以从教学视频中识别为研究数据,但如果通信作者提出合理要求,可以从通信作者处获得。本研究得到了美国国家科学基金会的支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigating the authenticity of “students” in microteaching for science pre-service teacher education
ABSTRACTBackground Clinical experience is important in science teacher preparation. Complexity in authentic science teaching may overwhelm Pre-serviceTeachers (PST) and need to be tailored into simplified teachingtasks. Microteaching is widely used in formal teacher preparation programs as an advantageous approach to simplified teaching. The authenticity in the context of microteaching impacts its effectiveness in preparing PSTs for target practices. However, few studies directly examine this issue.Purpose In this study, we investigated the authenticity in students by comparing the teaching practices of two groups of PSTs leveraged by microteaching with real students and peers who played the role of students.Sample Seventy-threePSTs were separated into two groups that received the intervention of working with peers (P-group, 36 PSTs) or students (S-group, 37 PSTs)during microteaching.Design and methods ThePSTs accomplished four science teaching assignments, including threemicroteachings about three discrete science-teaching practices and one macro-teaching in an authentic setting that combined all three practices. We used a two-sample t-test to compare the initial states of the two groups of PSTs prior to the intervention of working with peers or students. Then we used hierarchical regression to examine how the three microteachings contributed to the PSTs’macro-teaching. Finally, we investigated the properties of microteaching where two groups had significantly different average scores.Results ThePSTs from the two groups had no significant difference in teaching experience and teaching competencies prior to the intervention of working with peers or students. The three microteachings cumulativelycontributed 25% (R2score) of the macro teaching. We observed a significant difference between the two groups in the third micro-teaching, but not in their macro-teaching. The P-group performed better than their S-group counterparts probably because their peers were more cooperative and knowledgeable than real students.Conclusion Microteaching with peers and students was equally effective in preparing PSTs for authentic teaching. Working with real students does not guarantee a better transfer of teaching practices to authentic teaching. This process is non-linear and may require explicit reflection on the role of student property in microteaching.KEYWORDS: Contextual authenticitymicroteachingpractice-based teacher educationtransfer theory Disclosure statementNo potential conflict of interest was reported by the author(s).Ethics statementThis study was approved by the human research protection program of Texas Tech University (IRB No. 2019–579). Informed consent was obtained from all individual participants included in the study. The participants consented to use their data for research purposes.Data availability statementThe datasets generated and/or analyzed during the current study are not publicly available due to the protection of research participants’ privacy that is identifiable from teaching videos as the research data but are available from the corresponding author on reasonable request.Additional informationFundingThis work was supported by the National Science Foundation.
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来源期刊
Research in Science & Technological Education
Research in Science & Technological Education EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
5.10
自引率
6.20%
发文量
39
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