Virtual reality (VR) is rapidly gaining popularity and becoming more accessible. Numerous studies have examined the effectiveness of this technology in educational settings. This article provides a summary of the evidence regarding the efficacy of virtual environments for elementary education. A meta-analysis was conducted to combine the findings of independent experimental studies. The studies included in this review were sourced from reputable databases such as Web of Science, Scopus, IEEE, ACM, and ScienceDirect. The results indicate that students who learn in a virtual environment achieve higher learning scores compared to those in traditional classrooms (standard mean difference [SMD]=0.64, 95% CI [0.36, 0.92], p<0.001). Additionally, the findings suggest that learning in a tethered VR environment is equally effective as learning through mobile VR. Furthermore, there were no significant differences in scores when different media materials were used for the control group. This review emphasizes the advantages of employing mobile VR for learning in contrast to using tethered VR.

The use of technology to face the challenges in daily life is something that is increasingly needed and in complicated times like the one we live in today where there is a health contingency (COVID-19) that prevents people from exposing themselves to each other and restricts physical contact, virtual reality can be an alternative that allows the transmission of knowledge in an immersive and interactive way in various fields. This work proposes the use of virtual reality environments as an alternative to support the learning process in children with special educational needs such as Attention Deficit and Hyperactivity Disorder (ADHD) and other associated disorders that occur in basic education. These proposed virtual reality environments are designed under a user-centered approach and their contents are in accordance with expert therapeutic guidelines. As a result of this proposal, a case study is presented in which the user experience is evaluated through the use of an interactive environment to support the special educational needs of elementary school children attending an educational institution in Mexico.

Este estudio evalúa los factores que afectan la satisfacción del estudiante universitario sobre el modelo de aprendizaje del Aula Invertida, sus potencialidades y limitaciones. La investigación se realizó en el Instituto Tecnológico Superior del Perú con un estudio de caso que combina aspectos cuantitativos y cualitativos. Se realizó una entrevista semiestructurada a 12 profesores de cursos de formación básica y un cuestionario a 442 estudiantes matriculados en cursos básicos. Los datos cuantitativos se analizaron con base en la técnica de Análisis de Componentes Principales y su versión Varimax, Análisis de Contenido para analizar los datos cualitativos a través del software NVIVO. Este estudio encontró que el modelo es potencialmente beneficioso, ya que impulsaría los resultados de aprendizaje entre los estudiantes. Además, se sugiere que el personal involucrado en este modelo de enseñanza refuerce sus competencias para un mejor dominio con el fin de fortalecer el desarrollo profesional de sus estudiantes.

Today, the world is experiencing the COVID-19 health contingency, which prevents people from being exposed to one another and restricts physical contact. Under this context, the use of technology has become an essential tool to face the challenges of daily life, and virtual reality can be an alternative in the development of solutions that effectively support the acquisition of learning skills and knowledge transmission through the execution of tasks designed by multi-disciplinary groups. In addition, it can encourage the user to continue with the acquisition of learning skills in a friendly and fun way in a health and education context. This work proposes the use of virtual reality environments as an alternative to support the learning process in children with special educational needs such as Attention Deficit Hyperactivity Disorder (ADHD) and other associated disorders that occur in basic education. These proposed reality environments are designed under the Lean UX process model and their contents are designed according to expert therapeutic guidelines. As a result of this proposal, a case study is presented in which the user experience is evaluated through the use of an interactive environment to support the special educational needs of elementary school children attending an educational institution in Mexico.