Experiments and Evaluation of a ‘Design-for-Diy' Framework

Abstract

One of the takeaways from distance learning during the COVID-19 lockdown was that virtual labs and mixed-reality lessons needed to be attractively designed. The MxRP simulator based on replicating processes of an ERP system of a virtual car assembly company, models based on Meccano, were used. Surveys were carried out with students and teachers to improve virtual and augmented reality practices. As a strategy to bring the lessons to the intramural education of the Tecnologico, or Academic Extension, models of their own cars and planes were designed to take advantage of our student's creativity. The prototypes of these models will be built by 3D printing and machining through a magnet-based clamping model to replicate the same experience in both augmented and virtual reality of the assemblies. New and models previously built by our students for automotive and aeronautical competitions will be also digitized, creating digital twins for learning. The paper shows the context, planning of process of design, prototyping, and construction of these models, with the help of students and professors of the research group. The collaboration of schools of Industrial Design, Industrial Engineering, Mechanics, and Mechatronics for creating and manufacturing these models. Technological advances lead us to replicate professions through virtual and augmented reality, as well as the creation of digital twins to increase the quality, efficiency, and manufacturing of a product.