新冠肺炎疫情下灵活模式下科学学习成功的因素:学生评价

Pub Date : 2022-11-30 DOI:10.30870/jppi.v8i2.15125
John Ray V. Saldivar, May Lheena Fontila, Danilo Jr. V. Rogayan, Marc R. Deymos, Stephen John R. Monje
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引用次数: 0

摘要

由于新冠肺炎疫情造成的教育中断,教育机构采取灵活的学习方式,继续对学生进行教育,避免学习损失。这项描述性在线调查评估了在当前学习设置中使用的灵活模式中成功的科学学习的不同因素。来自菲律宾Zambales一所州立大学两个校区的50名理科专业的教师教育学生回答了研究人员制作的调查问卷(A =0.971)。研究结果表明,大多数受访者正在使用在线异步学习模式。他们几乎都在使用智能手机进行灵活的学习。大学生强烈认为教师特征是灵活科学学习成功的首要因素,其次是网络可及性、行政支持、课程内容和设计、技术支持、学习者特征和社会支持。当根据所使用的学习方式分组时,在灵活模式下成功的科学学习因素中发现了显着差异。此外,在灵活模式下,科学学习成功的因素之间存在显著的正相关。该研究表明,学校可以为教师提供关于灵活教育的培训和研讨会,以进一步提高他们在科学方面的内容知识和教学法,特别是在这种教育中断的情况下。此外,大学可能会制定计划和政策,解决学生在当前学习环境中的担忧,以避免学习损失。这些计划和政策可以使当前的学习模式更有效,更有效率,更能满足学生的需求,对教师和学生都更有利。未来研究者可以进一步研究大学生过去几个学期的弹性学习体验。
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Factors for Successful Science Learning in a Flexible Mode amid Covid-19 Educational Disruption: Students’ Assessment
Due to the educational disruption caused by the COVID-19 pandemic, educational institutions resorted to flexible learning modalities to continue the education of students and avoid learning losses. This descriptive online survey assessed different factors for successful science learning in a flexible mode utilized during the current learning setup. A total of 50 teacher education students specializing in science from the two campuses of a state university in Zambales, Philippines, responded to the researcher-crafted survey questionnaire (a=0.971). Results of the study showed that most of the respondents are using the online asynchronous learning modality. Almost all of them are using smartphones for their flexible learning. The college students strongly agree that instructor characteristics is a primary factor for successful science learning in a flexible mode, followed by internet accessibility, administrative support, course content and design, technical support, learner characteristics, and social support. Significant differences were noted in the factors for successful science learning in a flexible mode when grouped according to the learning modality used. Furthermore, positive significant moderate to high correlations were observed among factors for successful science learning in a flexible mode. The study suggests that schools may provide instructors with training and seminars about flexible education to further enhance their content knowledge and pedagogy in science, specifically in this educational disruption. Additionally, the university may craft programs and policies that address students' concerns in the current learning setup to avoid learning losses. These programs and policies could make the current learning modality more effective, efficient, and responsive to the students' needs, and more conducive for both faculty and students. Future researchers could conduct a further study to evaluate college students' experiences in flexible learning modalities in university for the past semesters.
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