任务驱动的辣椒机器人教学设计与应用研究

Yin Zhang, Gang Yang, Jiayan Xu, Ji-Huan Chen
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引用次数: 0

摘要

本研究提出了一种任务驱动的教学设计,这是一个为期8周的Pepper机器人课程,学生需要将自己的程序上传到Pepper机器人上,并向全班演示。研究数据通过问卷调查和师生半结构化访谈的方式收集。在本研究中,我们设计了一个任务驱动的教学设计,分为四个步骤。最后给出了该教学设计在Pepper机器人课程中的一个教学案例。最后,本文发现基于Pepper机器人的任务驱动教学不仅可以提高学生的编程兴趣,还可以提高学生的创造倾向、问题解决倾向、元认知倾向和合作倾向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Task-Driven Instructional Design and Application Study for Pepper Robot
This study proposes a task-driven instructional design, which is an 8-weeks Pepper robotic courses, that students need to upload their program to Pepper robot and demonstrate it to the whole class. The study data is collected through questionnaires and semi-structured interviews between teachers and students. In this study, we designed a task-driven instructional design with four steps. A teaching case of this instructional design in the Pepper robot course is presented. Finally, this paper discovered that the task-driven teaching based on Pepper robot can not only increase students' programming interests, but also improve students' creative tendency, problem solving tendency, metacognition tendency and cooperation tendency.
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