Blended Learning Design As an Alternative Solution for Limited Face To Face Learning

Mufida Nofiana, Listika Yusi Risnani, M. Hamka
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引用次数: 0

Abstract

After the Covid-19 emergency period lasted for 1.5 years, there are now Joint Decrees of the Minister of Education and Culture, the Minister of Health, and the Minister of Home Affairs of Indonesia which allow limited face-to-face learning in schools . The implementation rules limit the number of students in the class to only 50% and the duration of study in class is a maximum of 3 hours. The research aims to develop an effective blended learning design as an alternative solution for face-to-face learning in the classroom, especially in science and biology. Blended learning can be applied in 2 strategies, namely flipped classroom and hybrid learning. This research design is reffer to model from Borg & Gall that are including: research and information collecting, planning, develop preliminary from product, preliminary field testing, main product revision, main field testing, operational product revision, operational field testing, final product revision, and dissemination and implementation. The product of this research includes a set of blended learning plan, digital learning material, digital student worksheet, and digital evaluation have good feasibilities and can be implemented in science and biology learning the junior high and senior high school. Therefore, Blended learning can be a solution to overcome limited face-to-face learning in the classroom after the COVID-19 pandemic.
混合式学习设计作为有限面对面学习的替代解决方案
在持续了一年半的Covid-19紧急时期之后,印度尼西亚教育和文化部长、卫生部长和内政部长颁布了联合法令,允许在学校进行有限的面对面学习。实施细则将班级学生人数限制在50%以内,课堂学习时间不超过3小时。该研究旨在开发一种有效的混合学习设计,作为课堂上面对面学习的替代解决方案,特别是在科学和生物方面。混合学习可以应用于两种策略,即翻转课堂和混合学习。本研究设计参考Borg & Gall的模型,包括:研究和信息收集、规划、从产品开始初步开发、初步现场测试、主要产品修订、主要现场测试、可操作产品修订、可操作现场测试、最终产品修订、传播和实施。本研究的产品包括一套混合式学习计划、数字化学习材料、数字化学生作业表和数字化评价,具有较好的可行性,可以在初高中科学与生物学习中实施。因此,混合学习可以解决新冠肺炎大流行后课堂上面对面学习有限的问题。
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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