Teaching and learning of physical sciences grade 11 in rural schools through rural blended learning strategy

T. Nkanyani, Awelani V. Mudau, Lettah Sikhosana
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Abstract

The aim of this paper was to explore how teaching and learning of physical sciences using rural blended learning strategy (RBLS) in rural schools occurred. A qualitative case study design was used to collect data from a from a rural school. Hence, it was a purposeful sampling strategy with one physical science teacher and his 45 learners. Data was collected through classroom observation, semi-structured, and focus group interviews. The study found that issues such as digital divide, poor training of teacher, incorrect teaching approaches, workloads, poor parental involvement remain challenges in rural areas, even though the teacher experienced effective institutional support and exposure to e-learning. As such, we noted his ability to create Google Classroom (GC) and WhatsApp platforms and their effective use, even though the same could not be said about the use of video conferencing (VC) platforms. Issues like workload were cited as the barriers to the implementation of RBLS. The teacher also carried on with teacher centered methods, which were not effective not only for the learning of science but also for the implementation of blended learning. Therefore, the teacher failed to flip the classroom. Learners on the other hand found RBLS to be inducing their self-directed learning and motivation. We recommend that more prolonged training on the use of RBLS should be provided, not only to teacher but also to the learners. Department of basic education should engage network providers on the provision of zero-rated data for educational applications such as GC and VC platforms while school governing bodies provide institutional support to both learners and teacher.
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通过农村混合学习策略在农村学校开展 11 年级物理科学的教与学活动
本文旨在探讨如何在农村学校使用农村混合式学习策略(RBLS)进行物理科学的教与学。本文采用定性案例研究设计,从一所农村学校收集数据。因此,这是一种有目的的抽样策略,对象是一名物理科学教师和他的 45 名学生。通过课堂观察、半结构式访谈和焦点小组访谈收集数据。研究发现,在农村地区,数字鸿沟、教师培训不足、教学方法不正确、工作量大、家长参与度低等问题仍然是挑战,尽管该教师经历了有效的机构支持并接触了电子学习。因此,我们注意到他有能力创建谷歌教室(GC)和 WhatsApp 平台,并能有效使用这些平台,但在使用视频会议(VC)平台方面却并非如此。工作量等问题被认为是实施 RBLS 的障碍。该教师还继续采用以教师为中心的方法,这种方法不仅对科学学习无效,而且对混合式学习的实施也无效。因此,教师未能翻转课堂。另一方面,学习者发现 RBLS 能够激发他们的自主学习和学习动机。我们建议,不仅应为教师,也应为学习者提供更多有关使用 RBLS 的长期培训。基础教育部应与网络供应商合作,为 GC 和 VC 平台等教育应用程序提供零费率数据,同时学校管理机构应为学生和教师提供机构支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
4.30
自引率
0.00%
发文量
128
期刊介绍: EURASIA Journal of Mathematics, Science and Technology Education is peer-reviewed and published 12 times in a year. The Journal is an Open Access Journal. The Journal strictly adheres to the principles of the peer review process. The EJMSTE Journal publishes original articles in the following areas: -Mathematics Education: Algebra Education, Geometry Education, Math Education, Statistics Education. -Science Education: Astronomy Education, Biology Education, Chemistry Education, Geographical and Environmental Education, Geoscience Education, Physics Education, Sustainability Education. -Engineering Education -STEM Education -Technology Education: Human Computer Interactions, Knowledge Management, Learning Management Systems, Distance Education, E-Learning, Blended Learning, ICT/Moodle in Education, Web 2.0 Tools for Education
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