Development of E-Learning Teaching Materials Based on Guided Inquiry Learning Models and Camtasia Applications to Support Post-COVID-19 Online Learning for Chemistry Teachers in SMA / MA

M. Mawardi, Z. Fitriza, O. Suryani
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Abstract

The increasing number of positive cases of COVID-19 in Indonesia has prompted the Ministry of Education and Culture (Kemendikbud) to recommend online learning as an effort to reduce the spread of the virus. The use of new online learning technology is dominated by SMA / MA in big cities because of the financial capacity and availability of a digital learning system that is better than SMA / MA in remote areas. The problem currently faced is the unavailability of teaching materials oriented to the online learning process (e-learning) in accordance with the demands of the 2013 Curriculum and the ability of most educators to prepare teaching materials for independent online learning still needs to be improved. Therefore, community service training in the development / manufacture of teaching materials that is oriented to the guided inquiry learning model and applies three types of representation to express chemical ideas, so that the chemistry learning process produces three learning levels, namely symbolic representation, macroscopic and sub-microscopic, or molecular. Have been trained to use Camtasia aplication.
基于引导式探究学习模式和Camtasia应用程序开发电子学习教材,支持SMA / MA化学教师在后covid -19时代的在线学习
印度尼西亚新冠肺炎阳性病例数量不断增加,促使教育和文化部(Kemendikbud)建议在线学习,以减少病毒的传播。新型在线学习技术的使用主要由大城市的SMA / MA主导,因为在偏远地区,数字学习系统的财政能力和可用性优于SMA / MA。目前面临的问题是无法获得符合2013年课程要求的面向在线学习过程(e-learning)的教材,大多数教育工作者为自主在线学习准备教材的能力还有待提高。因此,社区服务培训在教材的开发/制作中,以指导性探究学习模式为导向,运用三种表征方式来表达化学思想,使化学学习过程产生三个学习层次,即符号表征、宏观与亚微观表征或分子表征。接受过Camtasia应用程序的使用培训。
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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