同步学习模式下基础科学过程的探究框架共同体

Mark James Javier, John Vincent Aliazas
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引用次数: 2

摘要

本研究基于已建立的探究共同体(CoI)框架来评估同步课堂中学生的行为及其与基础科学过程技能(BSPS)的关系。这项研究的参与者是来自菲律宾一所公立小学七年级的28名学生。定量数据从调查问卷中收集,前测和后测采用谷歌表格辅助评定量表进行测量。用Pearson-r检验各变量之间的相关性,用t检验各变量之间的差异。结果将CoI分为三个部分。教学在场、社会在场和认知在场具有可接受的平均水平,意味着学习者之间有良好的社区意识。学生的基本科学过程技能达到高级和熟练水平的学生不多,大部分学生仍处于接近熟练和发展的水平。CoI框架的构建与分类的基本科学过程技能相关。同样,被调查者的前测和后测分数在分类和测量上也存在显著差异。结果表明,学生在同步课堂上持续接触CoI可以提高他们在非同步课堂上的自学能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Community of Inquiry Framework in Basic Science Process During Synchronous Learning Modality
This study was grounded on the established Community of Inquiry (CoI) Framework to assess the behavior of students during the synchronous classes and its association with the Basic Science Process Skills (BSPS). The participants of the study were twenty-eight students from the seventh grade class of a public elementary school in the Philippines. The quantitative data were collected from the survey questionnaires while the pre-test and post-test were measured using a rating scale instrument facilitated via Google forms. Pearson-r was used to find the correlation among the variables while the T-test for the differences between variables. The results divided the CoI into three presences. The teaching presence, social presence, and cognitive presence with an acceptable mean, implies a good sense of community among the learners. Furthermore, few students’ basic science process skills were advanced and proficient, while most were still approaching proficiency and developing levels. The constructs of the CoI Framework were associated with the basic science process skills for classifying. Similarly, there is a significant difference between the pre-test and post-test scores of the respondents in classifying and measuring. The results suggest that continuous exposure of the students to CoI during synchronous classes improves their ability to self-study during asynchronous classes.
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