Pengembangan smart box berbasis digital dengan memanfaatkan arduino uno sebagai sumber belajar fisika

Teguh Santoso, Riswanto Riswanto, Nyoto Suseno, Moh. Irma Sukarelawan
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Abstract

Development of a digital-based smart box by utilizing Arduino Uno as a physics learning resource. Population growth and increasing consumption needs of people's lives impact high waste production. People's habit of littering can have a negative impact on health and the environment. The solution that can be given to overcome this problem is to provide curative and preventive measures. Trash boxes are often one of the reasons to throw trash in its place. So we need a trash box that can make garbage disposal easier. Therefore, a digital-based smart box or smart box was developed by utilizing the Arduino Uno microcontroller. The smart box was developed using the HC-SR04 sensor. The trash box is designed with the working principle that the trash box can open and close automatically when someone throws out the trash. In addition, the purpose of developing this garbage box can be used as a source of learning physics in the application of ultrasonic sensors. This study uses the ADDIE model development method. The results showed that the digital-based smart box was declared very feasible, with a feasibility percentage of 89%. Meanwhile, regarding the results of utilization as a source of learning physics, user responses from teachers and students have a percentage of 89% with very good criteria.
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基于数字的智能箱开发,利用阿都诺诺作为物理学习资源
利用Arduino Uno作为物理学习资源,开发基于数字的智能盒子。人口增长和人们生活消费需求的增加影响了高废物产生量。人们乱扔垃圾的习惯会对健康和环境产生负面影响。解决这一问题的办法是提供治疗和预防措施。垃圾桶通常是把垃圾扔在它的地方的原因之一。所以我们需要一个垃圾桶,可以使垃圾处理更容易。因此,利用Arduino Uno微控制器开发了一种基于数字的智能盒子或智能盒子。智能盒子是使用HC-SR04传感器开发的。垃圾桶设计的工作原理是当有人扔垃圾时,垃圾桶可以自动打开和关闭。另外,开发这种垃圾桶的目的是可以作为学习物理中超声波传感器应用的一个来源。本研究采用ADDIE模型开发方法。结果表明,基于数字的智能盒子是非常可行的,可行性百分比为89%。同时,对于作为学习物理资源的使用结果,教师和学生的用户反应百分比为89%,标准非常好。
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