Blended learning in high school chemistry to enhance students’ metacognitive skills and attitudes towards chemistry: A need analysis

Kartyka Nababan, B. Hastuti, N. Y. Indriyanti
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引用次数: 3

Abstract

Digital technology in the 21st century is considered as a powerful tool to support innovation in learning systems. Blended learning is a model that adopts digital technology in the learning process, and if supported by technology-based teaching materials, it will be very efficient and effective. This study aims to investigate the needs of blended learning in high school chemistry to enhance students’ metacognitive skills and attitudes towards chemistry. Particularly, the purposes of this study are described as follows: (1) to investigate students’ attitudes towards chemistry on High School; (2) to analyse students’ digital knowledge and experience; (3) to analyse the needs of students and teachers on High School Chemistry for the blended learning module with Thermochemistry-based Learning Management System (LMS); (4) to analyse the quality of instruments by Rasch Model. Ninety eleventh grade students and nine teachers from three high schools in Surakarta, Indonesia participated in this study. The research instrument was prepared based on the research indicators. Data collection technique used a survey and an interview. The data were analyzed through qualitative and quantitative methods. The qualitative analysis focused on the teacher’s questionnaire and interview, while quantitative analysis was the students’ questionnaire using the Rasch model. The study obtained the following conclusions: (1) Indonesian high school students’ attitudes towards chemistry were still relatively low (2) High school knowledge and experience of digital technology in learning was high, (3) The need for LMS-based blended learning module to improve students’ attitude towards chemistry and metacognition skills was very high; (4) By variable map, the research instrument test met the Rasch model requirements so that it was feasible to use.Digital technology in the 21st century is considered as a powerful tool to support innovation in learning systems. Blended learning is a model that adopts digital technology in the learning process, and if supported by technology-based teaching materials, it will be very efficient and effective. This study aims to investigate the needs of blended learning in high school chemistry to enhance students’ metacognitive skills and attitudes towards chemistry. Particularly, the purposes of this study are described as follows: (1) to investigate students’ attitudes towards chemistry on High School; (2) to analyse students’ digital knowledge and experience; (3) to analyse the needs of students and teachers on High School Chemistry for the blended learning module with Thermochemistry-based Learning Management System (LMS); (4) to analyse the quality of instruments by Rasch Model. Ninety eleventh grade students and nine teachers from three high schools in Surakarta, Indonesia participated in this study. The research...
高中化学混合式学习提高学生对化学的元认知技能和态度:需求分析
21世纪的数字技术被认为是支持学习系统创新的有力工具。混合式学习是在学习过程中采用数字技术的一种学习模式,如果辅以以技术为基础的教材,将会非常高效和有效。本研究旨在探讨混合式学习在高中化学教学中对学生化学元认知技能和态度的培养需求。具体而言,本研究的目的如下:(1)调查高中学生对化学的态度;(2)分析学生的数字知识和经验;(3)分析高中化学学生和教师对基于热化学的学习管理系统(LMS)的混合学习模块的需求;(4)采用拉希模型对仪器质量进行分析。印度尼西亚泗水市3所高中的91名11年级学生和9名教师参与了本研究。根据研究指标制备了研究仪器。数据收集技术采用调查和访谈。采用定性与定量相结合的方法对数据进行分析。定性分析集中在教师的问卷和访谈上,定量分析则是使用Rasch模型对学生的问卷进行分析。研究得出以下结论:(1)印尼高中生对化学的态度仍然相对较低;(2)高中生在学习中对数字技术的知识和经验较高;(3)基于lms的混合学习模块对提高学生对化学的态度和元认知技能的需求非常高;(4)通过变量图,研究仪器检验符合Rasch模型要求,具有可行性。21世纪的数字技术被认为是支持学习系统创新的有力工具。混合式学习是在学习过程中采用数字技术的一种学习模式,如果辅以以技术为基础的教材,将会非常高效和有效。本研究旨在探讨混合式学习在高中化学教学中对学生化学元认知技能和态度的培养需求。具体而言,本研究的目的如下:(1)调查高中学生对化学的态度;(2)分析学生的数字知识和经验;(3)分析高中化学学生和教师对基于热化学的学习管理系统(LMS)的混合学习模块的需求;(4)采用拉希模型对仪器质量进行分析。印度尼西亚泗水市3所高中的91名11年级学生和9名教师参与了本研究。研究……
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