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A Study of Students’ Motivation in Using the Mobile Arc Welding Learning App

机译:使用移动电弧焊接学习应用的学生动机研究

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Welding is an introductory core subject that is taught in every mechanical engineering programs at all polytechnics in Malaysia. Normally students will learn the theoretical concepts of welding in the class followed by instruction based training in the workshop.??? However, students have difficulty to follow everything that has been taught in the class in a limited time. Welding is dangerous for beginners and the welding environments are harmful and injurious to the health. In this paper, we introduce Mobile Arc Welding Learning (MAWL) app, a new approach for learning arc welding that incorporates mobile technology and enhanced with augmented reality (AR). The aim of this app is to enhance the contents used in arc welding learning materials used in the conventional learning by visualizing the information through the use of text, images, videos and 3D models. The MAWL app covers topics related to safety in welding, components of welding and steps in welding. The students can use the app to learn about welding on their own anytime and anywhere. The potential of using the MAWL app for welding learning among the polytechnic students has been investigated, specifically focusing on ease of use, learnability, satisfaction, usefulness, motivation and engagement. The results of the evaluation indicate that the users strongly agreed on ease of use, learnability, satisfaction, usefulness and motivation, while they agreed on engagement. These prove that the MAWL app has the potential to contribute to students’ welding learning through interactive and accessible information that satisfies them.
机译:焊接是一个介绍性的核心主体,在马来西亚的所有工业公司的每个机械工程方案中都教授。通常,学生将学习课堂焊接的理论概念,然后是在车间的教学培训。???但是,学生们难以在有限的时间内遵循课堂上教授的一切。焊接对初学者来说是危险的,焊接环境对健康有害和伤害。在本文中,我们引入了移动电弧焊接学习(MAWL)应用程序,这是一种学习电弧焊接的新方法,包括移动技术,增强了增强现实(AR)。该应用的目的是通过使用文本,图像,视频和3D模型来增强传统学习中使用的电弧焊接学习材料中使用的内容。 MAWL应用程序涵盖与焊接安全性有关的主题,焊接部件和焊接步骤。学生可以使用该应用程序随时随地了解自己的焊接。已经调查了使用Mawl应用程序进行焊接学习的MAWL应用程序,专门专注于易用,可读性,满意度,有用性,动机和参与。评估结果表明,用户在易于使用,可读性,满足,有用和动机的情况下强烈同意,同时他们同意参与。这些证明了MAWL应用程序有可能通过满足它们的互动和可访问信息来促进学生的焊接学习。

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