The Challenges of Science Teachers Adapting Hyflex modality: A Phenomenological Study

Carlo J. Cinco, Mariel M. Batis, Jleonil B. Alvarez, Edward A. Alonzo
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Abstract

The Covid-19 pandemic greatly affected and changed the teaching and learning process in the education sectors. Higher education and basic education limit in-person classes to avoid the spread of the virus. In response to this, the Department of Education (DepEd) established different distance learning modalities to assure continuity of learning in response to the COVID-19 pandemic in the Philippines. In the study’s locale, in-person classes were discontinued and for the last 2 years, online learning was implemented. For the School year 2022-2023, the school administration piloted a new learning modality, which is the Hyflex mode of learning. In this modality, students can attend and participate in class sessions either in a regular classroom or online. The study’s objective is to provide pertinent data for a better comprehension of the many difficulties that science teachers face while implementing the Hyflex modality. The study utilized a phenomenological design with in-depth interviews and survey questionnaires as data-gathering techniques. There were 4 essential themes generated based on the experience of science teachers. As a result, this study suggests revisiting the procedures in adapting the Hyflex modality, including the proper training for the teachers in troubleshooting problems with regards to the use of the devices that are prerequisites on the said modality. Keywords: Challenges, ECQ, Hyflex, in-person class, phenomenology
科学教师适应混合型教学模式的挑战:现象学研究
新冠肺炎疫情严重影响和改变了教育部门的教学过程。高等教育和基础教育限制面对面上课,以避免病毒传播。为此,教育部制定了不同的远程学习模式,以确保学习的连续性,以应对菲律宾的COVID-19大流行。在这项研究的地区,面对面的课程已经停止,在过去的两年里,在线学习被实施。在2022-2023学年,学校管理部门试点了一种新的学习模式,即Hyflex学习模式。在这种模式下,学生可以在常规教室或在线上参加和参与课程。该研究的目的是提供相关数据,以便更好地理解科学教师在实施Hyflex模式时面临的许多困难。本研究采用现象学设计,采用深度访谈和问卷调查作为数据收集技术。根据科学教师的经验产生了4个基本主题。因此,本研究建议重新审视适应Hyflex模式的程序,包括对教师进行适当的培训,以解决有关设备使用的问题,这是上述模式的先决条件。关键词:挑战,ECQ, Hyflex,面对面课堂,现象学
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