The potential of TPACK-based biology learning to improve students' habits of mind

Ghurrotul Bariroh, H. Surtikanti
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Abstract

The significance of habits of mind in achieving student success was contrasted with the low level of students' habits of mind in biology learning. TPACK is a 21st-century learning approach that has the potential to improve students' habits of mind. However, this was not followed by biology teachers' mastery of TPACK, which was relatively low. So far, there has been no research that examines the role of TPACK on students' habits of mind in biology learning. This paper aims to find out the potential and implementation of TPACK-based biology learning in improving students' habits of mind. The method used was a Systematic literature review with 20 sample international and national articles. Access to digital resources enriches students' ideas and supports the development of critical thinking, creativity, and self-regulation skills. In this way, teachers are expected to not only increase their knowledge of content and pedagogy but also integrate technology into learning, allowing students to gain more meaningful knowledge. The form of implementing this technology integration can be in the form of learning media or learning assessments. What was found in this writing is that students' habits of mind can be formed through classroom learning, one of which is the TPACK approach. Recommendations for choosing more diverse biological material were also proposed in this paper so that learning becomes more dynamic, contextual, and then students' habits of mind are achieved.
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基于 TPACK 的生物学习在改善学生思维习惯方面的潜力
思维习惯对学生取得成功的重要意义与学生在生物学习中思维习惯的低水平形成了鲜明对比。TPACK 是 21 世纪的学习方法,有可能改善学生的思维习惯。然而,生物教师对 TPACK 的掌握程度相对较低。迄今为止,还没有研究探讨 TPACK 对学生生物学习思维习惯的作用。本文旨在了解基于 TPACK 的生物学习在改善学生思维习惯方面的潜力和实施情况。本文采用了系统文献综述的方法,对 20 篇国际和国内文章进行了抽样调查。数字资源的获取丰富了学生的思想,有助于培养批判性思维、创造力和自我调节能力。这样,教师不仅要增加教学内容和教学法方面的知识,还要将技术融入学习,让学生获得更有意义的知识。实施这种技术整合的形式可以是学习媒体或学习评估。本文发现,学生的思维习惯可以通过课堂学习形成,TPACK 方法就是其中之一。本文还提出了选择更多样化的生物材料的建议,从而使学习变得更有活力、更有情境性,进而实现学生思维习惯的养成。
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0.00%
发文量
16
审稿时长
10 weeks
期刊最新文献
The development of higher-order thinking skill-based immune system learning tools Development of interactive e-modules to improve students’ scientific literacy abilities: A literature review Implementation of think pair square type cooperative learning to improve collaboration skills in high schools The potential of TPACK-based biology learning to improve students' habits of mind E-pocket book media PBL-based for problem solving ability and student learning motivation
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