Dra. Badilla-Quintana, María Graciela

Virtual reality has impacted education, where progressively more educational institutions consider its inclusion. The research problem derives from the need to study the educational possibilities provided by integrating augmented reality into the curriculum, and its effect on academic achievement in a diverse class, specifically in the chemistry subject. This study examines 60 school-age participants with andwithout special educational needs, and addresses three overarching questions: (a)Would integrating augmented reality (AR) technology result in better academic achievement? (b)Would knowledge be retained longer by using AR? (c) Is there any relationship between academic achievement, acceptance and motivation regarding the use of this technology? Embracing the socio-constructivist theory of learning and collaborative and immersive learning as a framework, this study was carried out using a quantitative approach and a pre-experimental design. The AR VR Molecules Editor application was used in chemistry lessons. Main results showed significant immediate academic achievement and content retention. Despite classroom diversity, immersive technologies enhance students’ learning regardless of whether they have special educational needs (SEN) or not. They also acknowledge that AR is a suitable sustainable technology that may foster social and cognitive justice and inclusive education,and train students that are equally prepared for the dynamic future.

The integration of immersive technology is one of the main trends in education. The purpose of this study is to understand how elementary school students experience the use of immersive technology, considering three properties: interactivity, presence, and flow. A natural science pedagogical intervention that incorporated the use of virtual reality and augmented reality was elaborated. 231 students from four schools in Concepción, Chile, participated. After the intervention, an instrument was applied to learn about the immersive experience. Findings indicate a high degree of agreement with the instrument's statements, which allows us to determine favourable levels of interactivity, presence, and flow, as well as the significant and positive association of these technological properties. Guidelines are proposed to maximise the capacity of immersive technologies in learning environments.