Journal Emerging Technologies in Education

Crisis-Responsive Hybrid Pedagogy: Lessons from Pandemic-Era Innovations in Inclusive Education

Rami Hariri, Yara Abed, Ziad Khalil — Wed, 14 Jan 2026 00:00:00 +0700

Background. The COVID-19 pandemic significantly disrupted global education systems, prompting rapid shifts toward hybrid learning models and revealing critical gaps in inclusivity, accessibility, and pedagogical resilience. In response, educators and institutions innovated teaching practices to address diverse learner needs in times of crisis.

Purpose. This study investigates how hybrid pedagogical strategies developed during the pandemic contributed to inclusive education and what lessons can be applied for future crisis-resilient instructional design.

Method. The research employs a qualitative multiple-case study design involving educators from five inclusive schools across three countries, using semi-structured interviews, document analysis, and virtual classroom observations.

Results. Findings indicate that flexible content delivery, adaptive assessment methods, and socio-emotional learning integration were key elements of successful hybrid pedagogies. Teachers reported increased use of assistive technologies, differentiated instruction, and community-based support systems to engage marginalized students.

Conclusin. The study concludes that crisis-responsive pedagogy is not merely reactive but can be systematized as a framework for sustainable, inclusive practice. The results highlight the need to embed adaptive capacity, digital equity, and emotional scaffolding into future hybrid education models.

Teacher Professional Development Through Neuroeducation: A Hybrid Learning Approach to Brain-Based Teaching Competence

Baso Intang Sappaile, Palesa Molefe, KabelaD Dube, Dineo Modise — Wed, 14 Jan 2026 00:00:00 +0700

Background. Recent advances in neuroscience have opened new pathways for enhancing educational practices, particularly through the integration of brain-based principles into teaching. However, many educators remain underprepared to translate neuroeducational knowledge into classroom strategies, highlighting a gap in professional development frameworks.

Purpose. This study aims to design, implement, and evaluate a hybrid learning model for teacher professional development that enhances brain-based teaching competence through neuroeducation. Using a mixed-method approach, the research engaged 72 in-service teachers across three institutions in a 10-week hybrid training program combining asynchronous modules, interactive webinars, and reflective practice.

Method. Quantitative data from pre- and post-tests revealed a statistically significant increase in participants’ knowledge and application of neuroeducational principles (p < 0.001). Qualitative data from journals and interviews indicated improved instructional planning, learner engagement, and classroom adaptability.

Results. The findings suggest that a hybrid model rooted in neuroeducation can effectively foster pedagogical transformation by bridging neuroscience and educational practice.

Conclusions. This study offers a scalable and evidence-informed framework for equipping educators with brain-based competencies necessary for 21st-century learning environments.

Integrating Cultural Heritage through Oral Narratives: A Case Study in Uzbek Language Education

Rustambek Sharipov, Dildora Khodjaeva, Otabek Karimov — Wed, 14 Jan 2026 00:00:00 +0700

Backgroud. The preservation and transmission of cultural heritage are critical components of language education, particularly in contexts where linguistic identity and oral tradition are closely intertwined. In Uzbekistan, oral narratives—such as folktales, proverbs, and personal stories—have historically served as vehicles for intergenerational knowledge and cultural continuity.

Purpose. This study explores how integrating oral narratives into Uzbek language instruction can enhance cultural awareness, linguistic competence, and learner engagement.

Method. Using a qualitative case study approach, the research was conducted in a secondary school in Tashkent with 26 ninth-grade students over a 10-week intervention. Data were collected through classroom observations, student reflections, teacher interviews, and narrative-based assignments.

Results. The findings indicate that the use of oral narratives in language education fostered deeper connections between students and their cultural heritage, improved their expressive skills, and promoted collaborative learning. Students demonstrated increased motivation and identity affirmation when engaging with culturally embedded content.

Conclusions. The study concludes that oral narratives are not only pedagogical tools but also cultural bridges that sustain linguistic and historical consciousness in the classroom. These results have implications for curriculum development and culturally responsive teaching in heritage language contexts.

Digital Translanguaging: Harnessing Technology to Foster Intercultural Competence in Multilingual Educational Contexts

Ethan Tan, Siri Lek, Ton Kiat — Thu, 15 Jan 2026 00:00:00 +0700

Background: The increasing globalization of education has resulted in more diverse, multilingual classrooms, highlighting the need for intercultural competence alongside language proficiency. Translanguaging, a practice where learners utilize their entire linguistic repertoire to communicate, offers a potential framework for fostering this competence. With the rise of digital tools, the practice of digital translanguaging has emerged, enabling students to navigate and interact across multiple languages using technology. However, there is limited empirical research on how these digital tools specifically enhance both language learning and intercultural competence in multilingual contexts.

Purpose: This study investigates how digital translanguaging, facilitated by technology, can foster intercultural competence in multilingual educational settings. It aims to explore the impact of digital tools in promoting both language proficiency and cultural awareness, providing students with the skills to communicate across linguistic and cultural boundaries.

Method: A mixed-methods approach was employed, combining pre- and post-test surveys to measure language proficiency and intercultural competence, alongside qualitative interviews and focus groups to explore students' experiences with digital translanguaging tools.

Results: The findings indicate significant improvements in both language proficiency (23% increase) and intercultural competence (24% increase) in the experimental group using digital translanguaging tools. Students reported enhanced engagement and a deeper understanding of cultural diversity.

Conclusion: Digital translanguaging tools effectively enhance both language learning and intercultural competence, suggesting that technology can play a pivotal role in multilingual education.

Beyond Immersion: A Comparative Analysis of Cognitive Learning Outcomes in Augmented Reality (AR) versus Traditional Laboratory Settings

Ravi Dara, Roya Zahir, Jamil Khan — Thu, 15 Jan 2026 00:00:00 +0700

Background: The integration of Augmented Reality (AR) in education has garnered attention for its potential to enhance student engagement and learning outcomes. While much of the research focuses on the immersive nature of AR, its impact on cognitive learning outcomes compared to traditional laboratory-based learning environments remains underexplored. Traditional laboratory settings have long been the gold standard for hands-on, experiential learning, but the emergence of AR technologies offers a promising alternative for interactive and personalized learning experiences.

Purpose: This study aims to compare the cognitive learning outcomes of students who engage with content in AR environments versus those who participate in traditional laboratory settings. The research seeks to determine whether AR offers significant advantages in terms of knowledge retention, problem-solving, and conceptual understanding.

Method: A mixed-methods design was employed, combining quantitative pre- and post-test assessments to measure cognitive outcomes and qualitative focus group discussions to capture students' experiences. The study involved 200 students, with 100 participating in AR-based learning and 100 in traditional laboratory settings.

Results: The AR group showed a greater improvement in cognitive learning outcomes (23% increase) compared to the traditional laboratory group (14% increase). Students in the AR environment also reported higher levels of engagement, which correlated with their cognitive improvements.

Conclusion: AR-based learning environments offer significant cognitive benefits over traditional laboratory settings, particularly in enhancing conceptual understanding and problem-solving skills. These findings suggest that AR could complement or even replace traditional methods in certain educational contexts.