DESAIN APLIKASI MAHTEMATICS MOBILE LEARNING BERBASIS ANDROID PADA MATERI TEOREMA PHYTAGORAS

Muhammad Prayoga Mardiana Radita, Puji Nurfauziah
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Abstract

The use of learning media in schools is still not widely used when the online learning process. This research aims to make the learning medium of Mathematics Mobile Learning application effective and practical as a medium of learning mathematics. The research methods used include three stages of Design Research research methods, in producing a kodular-assisted Android-based Mathematics Mobile Learning application. Mathematics Mobile Learning is packaged in the form of interactive animation, complemented by an evaluation of the understanding of the phytagoras theorem, so that students can personally evaluate the achievement of abilities associated with the phytagoras theorem. Materials presented in the Mathematics Mobile Learning application include learning videos, e-books and practice questions. Mathematics Mobile Learning design trials conducted on Grade VIII junior high students resulted in the growth of student motivation in learning the phytagoras theorem, and students were helped in understanding the material of the Phytagoras theorem. Based on these results it can be seen that the android-based Mathematics Mobile Learning medium is a viable medium, and practical in helping students construct a better understanding of the phytagoras theorem. So that students can learn anytime and anywhere in accordance with the needs of students, besides that it can also be repeated if they do not understand, in contrast to face-to-face learning if you do not understand in the defense it is difficult to repeat again.
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应用程序设计是基于ANDROID博士定理材料的应用程序
学习媒体的使用在学校在线学习过程中还没有得到广泛的应用。本研究旨在使数学移动学习应用的学习媒介作为一种学习数学的媒介变得有效和实用。使用的研究方法包括三个阶段的设计研究的研究方法,在生产kodular辅助的基于android的数学移动学习应用程序。数学移动学习以互动动画的形式包装,并附有对菲塔哥拉定理理解程度的评价,以便学生可以亲自评估与菲塔哥拉定理相关的能力的成就。数学移动学习应用程序提供的材料包括学习视频、电子书和练习题。通过对初八年级学生的数学移动学习设计试验,提高了学生学习菲塔哥拉定理的动机,帮助学生理解菲塔哥拉定理的材料。基于这些结果可以看出,基于android的数学移动学习媒介是一种可行的媒介,并且在帮助学生更好地理解植塔哥拉定理方面是实用的。这样学生就可以随时随地根据学生的需要进行学习,除此之外,如果听不懂还可以重复,相比之下面对面学习如果不懂在答辩中就很难再重复了。
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