Year: 2025
Type: article
Study design: Systematic Review
Abstract: This study explores the potential of classroom twinning and virtual exchange programs, particularly through eTwinning (inspired by an initiative of the European Commission's eLearning Program in 2005), as a strategy to enhance English proficiency in countries with low EF EPI rankings. By facilitating digital collaboration between EFL learners and native English speakers, these initiatives aim to improve language acquisition, intercultural competence, and student motivation. The literature review synthesizes recent research on telecollaboration and blended learning models, emphasizing their role in foreign language education. A systematic literature search was conducted in indexed databases, focusing on studies published since 2020. Inclusion criteria prioritized research examining classroom twinning projects, digital collaboration, and their impact on EFL learners' language proficiency. Excluded were studies unrelated to language acquisition or intercultural exchange. The findings highlight the positive effects of virtual interactions on linguistic skills, digital literacy, and cultural awareness, while also identifying challenges related to time zone differences, curriculum misalignment, and unequal technological access. The study proposes a three-year phased implementation of eTwinning in universities, beginning with pilot programs, faculty training, and technological integration, followed by institutional adoption. Future research should address the impact of technological disparities on student participation, the role of teacher training in virtual exchanges, and strategies to enhance oral proficiency in digital environments. The findings provide practical recommendations for integrating digital collaboration into EFL education, contributing to innovative pedagogical practices in foreign language learning.
Author: María Cristina Basantes
Institution: Universidad Laica Eloy Alfaro de Manabí
Language: English
Subfield: Information Systems
Field: Computer Science
Domain: Physical Sciences
SDG: Quality education
Open Access status: hybrid
OpenAlex ID: W4407410704