The Perceptions of Teacher and Student in Senior High School to the Needs of STEM-based E-learning in Physics Learning Process

Larassakti Kusuma, Sukarmin, A. Supriyanto
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Abstract

The development of digital technology brings many changes to life. Feedback on this change is from an educational perspective, namely creating a generation that thinks broadly, thinks creatively, innovatively so that there is no gap with international education. This indicates that to face the era of society 5.0, the development of students collaborated with technological engineering using digital learning is the most important program for education. One of the things that are very close to digital learning systems in e-learning is integrated with science, technology, engineering, and mathematics where the four scopes are contained in the STEM approach. This study aims to determine the perceptions of teachers and students about the need for STEM-based e-learning as innovative learning. The method in this research is quantitative descriptive analysis. Data were collected from two physics teachers and 100 students who were divided into public schools and private schools in Surakarta. The results of this study indicate that there are deficiencies in face-to-face learning and e-learning that have been used such as writing symbols and formulas, unsuitable assessment systems, and teachers are required to make their learning using several methods and approaches. Therefore, almost all respondents agree that the development of STEM-based e-learning is needed by teachers and students to help the physics learning process. As for the results of interviews with school teachers, several things need to be added to the development of STEM-based e-learning, especially in discussion forums, videos, and live chat.
高中物理学习过程中教师和学生对stem电子学习需求的认知
数字技术的发展给生活带来了许多变化。对这一变化的反馈是从教育的角度来看的,即培养了思维开阔、创造性思维、创新思维的一代人,从而与国际教育没有差距。这表明,面对社会5.0时代,学生与技术工程协同发展的数字化学习是最重要的教育方案。在电子学习中,与数字学习系统非常接近的一件事是与科学、技术、工程和数学相结合,这四个领域都包含在STEM方法中。本研究旨在确定教师和学生对基于stem的电子学习作为创新学习的需求的看法。本研究采用定量描述分析方法。数据收集自两名物理教师和100名学生,他们被分为泗水的公立学校和私立学校。本研究的结果表明,面对面学习和电子学习存在不足之处,如书写符号和公式,评估系统不合适,教师需要使用多种方法和途径进行学习。因此,几乎所有的受访者都认为,教师和学生都需要开发基于stem的电子学习来帮助物理学习过程。根据对学校教师的采访结果,在stem电子学习的发展中,需要增加几件事,特别是在论坛、视频和实时聊天方面。
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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