E-learning based on PjBL integrated to STEM using microsoft sway on parabol motion materials to improve critical thinking ability of high school class X students

Abstract

Abstract Technology is very influential on education, where technology cannot be separated from life; technological progress will go according to the development of education. Therefore, this study aims to produce e-learning based on PjBL products assisted by integrated Microsoft Sway STEM with the hope that these products can be helpful for the wider community, can broaden teachers’ insights about various forms of appropriate learning media as alternative learning materials in the learning process glasses in class, and can be used for students to study physics independently at home. The research method used is research and development (R&D) with ADDIE (Analyze, Design, Development, Implementation, Evaluation) as a development model with several stages, namely analyzing the needs of Sway e-learning learning media, product design, design validation, design revision, product trials, product revisions, final products. The results of this study are based on an average proportion of the material validation test of 96.25%, the media validation test of 73.62%, the learning validation test of 80%, and product assessment by the teacher’s perspective of 89.23%, and product assessment by students by 88.4%. With an overall average of 85.5%, based on product validation and trials, a proportion of 85.5%, Sway’s e-learning learning media is in the very feasible category, and it was also found that the n-gain score of 0. 58 was in the medium category. From the results of the n-gain value, it is concluded that e-learning based on PjBLintegratded to STEM products using Microsoft sway on parabolic motion material can improve students’ critical thinking.