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The Use of Augmented Reality-Based Learning Media to Develop the Technology Literacy of Chemistry Teachers in the 21~(st) Century

机译:使用增强现实的学习媒体在21〜(ST)世纪中的化学教师技术识字

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The 21~(st) century chemistry learning process requires teachers to implement creative learning methods that are supported by technology. However, the teachers' ability to use technology in chemistry learning is still low. The purpose of this study was to develop the teachers' technology literacy using augmented reality-based learning media. This research used mix-method with sequential strategies of mixed methods. The first stage of this research was conducted by surveying the use of technology in chemistry learning. The instrument used was closed and open questionnaire. The second stage was carried out by collecting qualitative data through interview techniques. The data taken from this stage were to obtain the data of teachers' technology literacy after they received a training treatment using Augmented Reality based learning media. The research subjects consisted of25 Chemistry teachers spread in Central Java. The results of the study show that teachers' literacy in chemistry learning is still low. The training of augmented reality-based learning increases the teachers' technology literacy. In addition, augmented reality-based learning media also assist teachers to introduce abstract concepts to students. In addition, this learning media also help teachers who have limited tools and materials in the laboratory to introduce the laboratory work virtually to the students.
机译:21〜(ST)Century化学学习过程要求教师实施技术支持的创意学习方法。然而,教师在化学学习中使用技术的能力仍然很低。本研究的目的是利用基于增强现实的学习媒体制定教师的技术识字。本研究使用了混合方法的混合方法的顺序策略。通过在化学学习中调查技术来进行本研究的第一阶段。使用的仪器已关闭并打开问卷。通过采访技术收集定性数据进行第二阶段。从这个阶段采取的数据是在通过基于增强现实的学习媒体获得培训治疗后获得教师技术素养的数据。研究科目包括25名化学教师在中爪哇省蔓延。该研究的结果表明,教师在化学学习中的识字率仍然很低。基于增强现实的学习的培训增加了教师的技术识字。此外,基于增强的现实的学习媒体还帮助教师向学生介绍抽象概念。此外,这一学习媒体还帮助实验室在实验室中具有有限的工具和材料的教师,以便将实验室工作几乎与学生一起工作。

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