A review of English language learning using augmented reality, virtual reality, and artificial intelligence technologies

Main Article Content

Sholpan Zhubanova
Jeffrey Raymond Stier
Rinat Beissenov

Abstract

This study investigates the current applications of augmented reality and virtual reality in English language learning, focusing on their potential to enhance language proficiency, cultural understanding, and student motivation. Despite growing interest in immersive technologies, research on their integration in language education remains limited, particularly regarding empirical evidence of effectiveness. The study aims to examine how augmented reality and virtual reality techniques can enrich instructional practices and bridge the gap between classroom learning and real-world experiences. The methodology involved surveys, interviews, and experimental analysis with 103 participants randomly assigned to an experimental group, which received AR and VR-enhanced instruction, and a control group, which followed traditional methods. The experimental intervention included virtual language simulations, interactive exercises, and immersive learning environments. Findings indicate that AR and VR applications positively influence student engagement, learning outcomes, and adaptability to diverse learning styles. The study underscores the significance of integrating immersive technologies in language education and highlights the need for continued research and development to optimize instructional design and educational impact.


Keywords: Augmented reality; education; immersive learning; language learning; virtual reality.

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How to Cite
Zhubanova, S., Stier, J. R., & Beissenov, R. (2024). A review of English language learning using augmented reality, virtual reality, and artificial intelligence technologies. World Journal on Educational Technology: Current Issues, 17(3), 113–128. https://doi.org/10.18844/wjet.v17i3.9027
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Author Biographies

Jeffrey Raymond Stier, Lecturer of Satbayev University. Almaty, Kazakhstan

2021 to the present - Assistant of the «Foreign languages» Department, Satbayev University.

2021- participated in 72-hour advanced professional courses on the following topics: Integration of teaching, curricular and evaluation in distance education; A critical perspective on the contemporary use of standards in assessment; Extracurricular activities in the EFL classroom.

2021 - took a part in the online internship «Pedagogical education of the 21st century: new challenges and solutions».

2020- participated in the Coursera course "Get Interactive: Practical Teaching with Technology Course" held by the University of London in the UK.

2019 - worked abroad in the specialty «State Administration and Politics».

2018-2019 - worked as a teacher of ESL / EFL at Turan University, Satbayev University, Tamos education, at the educational center Next Level, StudyRoom, physics and mathematics school Danashym and Keleshek, Almaty, Kazakhstan.

He is proficient in English, German, and Spanish and able to express own ideas in Russian.

Interests: e-learning, EFL, ESL, ESP, LSP, digital educational resources, distance education, history, cultures, travelling.

Education:

1990-1995 University of Maryland at College Park. Bachelor of Arts in Government and Politics.

 2012 TEFL/TESOL Certificate from International TEFL academy & INTESOL Worldwide in Chicago, Illinois.

 

Publications:

«Digital info-educational environment in EFL for teaching students of non-linguistic universities», Materials of the international scientific and practical conference with a part-time participation format "Innovative solutions to the socioeconomic and technological problems of modern society" pp.71, Astrakhan 2021

 

Rinat Beissenov, Kazakh-British Technical University, Almaty, Kazakhstan

is an associate professor at SN&SS at KBTU. He has made significant contributions to various areas of research, including low-dimensional semiconductor nanostructures, energy storage materials, fuel cells, photocatalysts, thin film technology, and nanotechnology. Dr. Beisenov has been involved in major research projects funded by the Ministry of Education and Science in Kazakhstan, focusing on graphene-based heterostructures, nickel-cermet-based fuel cells, and the synthesis of single-crystal graphene and transition metal dichalcogenide arrays. Dr. Beisenov has also contributed to the scientific community as an associate editor for the "Combustion and Plasma Chemistry" scientific journal and as the Chairman of the Labor Union at the Institute of Physics and Technology. He has authored a monograph and co-authored several textbooks on nanotechnologies and nanomaterials. With his expertise, research contributions, and dedication to education, Dr. R.E. Beisenov continues to make significant strides in advancing the field of chemistry and nanotechnology while nurturing the next generation of scientists in Kazakhstan.