Effects of Maker Education Integrating ARCS on Learners' Performance, Motivation, Self-Efficacy

Effects of Maker Education Integrating ARCS on Learners' Performance, Motivation, Self-Efficacy

Jan-Pan Hwang, Mei-Yao Chang
Copyright: © 2022 |Pages: 9
DOI: 10.4018/IJOPCD.304086
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Abstract

Maker movement has become very popular in recent years. It is a process of continuous experimentation, integration, and thinking of a series of practical skills and creative ideas. The application of maker in education can be called Maker Education. In the learning process of maker education, if learners have the ability to integrate interdisciplinary knowledge, this process will be more effective. On the other hand, some scholars pointed out that the Maker movement is a trial-and-error cycle and requires multiple capabilities such as reflection, feedback, communication, and coordination. However, most learners are lack these abilities, and they also prone to frustration and learned helplessness in the learning process, especially learners with low and medium learning achievements.
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Maker Movements And Maker Education

The maker movements can provide a good opportunity to develop interest, personalize, and cross-domain knowledge (Martin, 2015). Learners can play different roles in participating in the production, such as scientists, mathematicians, designers, or makers, which helps teachers guide them to use existing knowledge, skills, and practices to solve problems (Martin, 2015). From the perspective of constructivism (such as Piaget), these provide learners with an opportunity to construct knowledge by developing mental representations and solving real problems. In this environment where creation and learning take place, learners collaborate or independently design to create their own projects and complete designs. Simply put, maker activities can help learners develop content knowledge and have great potential for innovation, design, understanding, and collaboration (Papavlasopoulou, Giannakos, & Jaccheri, 2017).

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