A Virtual Reality Laboratory Implementing Lean Manufacturing: Case Applied at Mechatronic Technical School

Neira-Tovar Leticia, Almaguer Rosales Isaías, Cavazos Lucero, Palacka Radoslav
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Abstract

Nowadays information technologies have been essential for the advancement of teaching and professional development. The world has experienced a pandemic crisis based on a virus called Sars-cov 2, this changed the way of living and the way of learning, now we face the challenge of learning to distance, the virtual laboratory allows us to acquire knowledge and develop skills based on a series of practices that the student carries out, this integrates Lean Manufacturing tools in order to give added value to the client, and by effect reducing waste to the company, which is one of the characteristics most important in lean philosophy. The purpose of this work is to facilitate the scope of the topics giving students the use of a quality process into the virtual reality simulator that ensure the quality of knowledge transmission based on practices designed to learn mechatronics and lean manufacturing topics. A virtual reality application is used to simulate a physical laboratory, which consists of: Research, Development and Testing steps, using Unity and 3DMax software. The virtual laboratory for a distance modality in the mechatronics career was carried out at technical high school, and developed by students of the mechanical and electrical engineering faculty, and currently designed for 2 practices, one of them is based on a DMAIC cycle [1].
实施精益生产的虚拟现实实验室:以机电职业技术学校为例
如今,信息技术对教学和专业发展的进步至关重要。世界经历了一场基于Sars-cov 2病毒的大流行危机,这改变了人们的生活方式和学习方式,现在我们面临着远程学习的挑战,虚拟实验室使我们能够根据学生开展的一系列实践获得知识和发展技能,这整合了精益制造工具,以便为客户提供附加值,并通过减少公司的浪费,这是精益哲学最重要的特征之一。这项工作的目的是促进主题的范围,让学生在虚拟现实模拟器中使用质量过程,以确保基于学习机电一体化和精益制造主题的实践知识传播的质量。使用虚拟现实应用程序模拟物理实验室,包括:研究,开发和测试步骤,使用Unity和3DMax软件。机电一体化职业远程模式的虚拟实验室是在中专进行的,由机电工程学院的学生开发,目前设计有两个实践,其中一个是基于DMAIC循环[1]。
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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