Education with physical device BBC micro:bit

R. Krnaáč, M. Cápay, Š. Koprda
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引用次数: 2

Abstract

The article deals with the programming of pupils in primary schools. In the long term, there is a growing lack of interest in computer science lessons and especially in programming. Is it possible to change less popular lessons so that students perceive IT and programming positively and learn easier than ever? Until now, classic hardware programming devices included Arduino or Raspberry Pi, which were often less suitable for students because of the complexity of their programming. With the introduction of the BBC micro: bit, pupils and teachers have opened up new opportunities for teaching and learning. The development environment, which can be controlled using blocks I of the microPython or Java language, is processed in several languages, which provides the students with a major relief from the need to translate text and their focus can be fully focused on programming. In short, we will introduce Arduino, Raspberry Pi and take a closer look at the BBC micro: bit, its features, sensors and capabilities, making it one of the most appropriate means to implement in education. We will focus on the results of research that have been carried out in the field of student programming abroad and in Slovakia and will evaluate the impact of the facility on the effectiveness of computer science teaching.
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教育用物理设备BBC micro:bit
这篇文章论述了小学生的规划问题。从长远来看,人们对计算机科学课程,尤其是编程课程越来越缺乏兴趣。是否有可能改变不太受欢迎的课程,让学生积极地看待it和编程,比以往更容易学习?到目前为止,经典的硬件编程设备包括Arduino或Raspberry Pi,由于编程的复杂性,它们通常不太适合学生。随着BBC micro: bit的引入,学生和老师为教学和学习开辟了新的机会。开发环境可以使用microPython或Java语言的block I进行控制,并以几种语言进行处理,这使学生从翻译文本的需要中解脱出来,他们的注意力可以完全集中在编程上。简而言之,我们将介绍Arduino,树莓派,并仔细研究BBC micro: bit,它的特性,传感器和功能,使其成为教育中最合适的实现手段之一。我们将重点关注在国外和斯洛伐克学生编程领域开展的研究成果,并将评估该设施对计算机科学教学有效性的影响。
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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