Efforts to Create an Interesting and Meaningful Physics Learning Environment with a Project-Based Learning Model

Dedi Riyan Rizaldi, None Ziadatul Fatimah
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Abstract

The rapid development of the times will certainly bring up new skills, especially in the era of the Industrial Revolution 4.0 and Society 5.0, which are currently developing. Digital technology is the most important part in building this era. So that this era makes internet-based technology a human companion to carry out their daily activities. With the new environment, of course, the world of education as one part that plays a role in producing human resources must be wise in creating meaningful learning conditions. The condition of a meaningful learning environment is needed in almost all subjects, including physics. One of the learning models that can change or modify the student learning environment is to apply a project-based learning model (PjBL) with six stages, namely: 1) Start with the Essential Question; 2) Design a Plan for the Project; 3) Create a Schedule; 4) Monitor the Student and the Progress of Project; 5) Assess the Outcome; and 6) Evaluate the Experience. The application of the project-based PjBL model received a positive response from students at MA Plus Nurul Islam Sekarbela, this was reinforced by the percentage of student interest in project-based physics learning, which was 55.55% in the "very interesting" category and 26.98% in the "interesting" category, so that by using the model PjBL makes students feel very interested in learning by producing a product, namely student worksheets and learning videos "Physics Experiments" which can be used as guides for other students in need
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努力用项目为基础的学习模式创造一个有趣和有意义的物理学习环境
时代的快速发展必然会带来新的技能,特别是目前正在发展的工业革命4.0和社会5.0时代。数字技术是构建这个时代最重要的组成部分。因此,这个时代使得基于互联网的技术成为人类进行日常活动的伴侣。当然,在新的环境下,教育界作为在培养人力资源方面发挥作用的一部分,必须明智地创造有意义的学习条件。几乎所有学科都需要一个有意义的学习环境,包括物理。可以改变或改变学生学习环境的学习模式之一是采用基于项目的学习模式(PjBL),该模式分为六个阶段,即:1)从基本问题开始;2)设计项目方案;3)制定时间表;4)监督学生和项目进度;5)评估结果;6)评估体验。基于项目的PjBL模型的应用得到了MA Plus Nurul Islam Sekarbela学生的积极响应,这一点得到了学生对基于项目的物理学习的兴趣百分比的加强,其中55.55%属于“非常有趣”类别,26.98%属于“有趣”类别,因此通过使用PjBL模型,学生对制作产品的学习非常感兴趣。即学生工作纸和“物理实验”学习录影带,可作为其他有需要的学生的指导
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