Key educational characteristics associated with generation alpha
| Author(s) | Core insight | Instructional implication |
|---|---|---|
| Ziatdinov and Cilliers (2021) | Early digital immersion shapes learning habits; high technological fluency coexists with attention fragmentation and social challenges | Design frameworks must balance digital engagement with structured social and cognitive scaffolding |
| Glumova et al. (2021) | Post-COVID digital learning normalised online interaction and multimedia-based engagement | Integrate multimodal and adaptive digital environments within formal curricula |
| Kovácsné Pusztai (2021) | Multimedia and gamified elements enhance engagement and comprehension | Adopt visually structured, bite-sized and interactive instructional formats |
| Danry et al. (2021) | AR/VR-based immersive environments improve participation and experiential learning | Embed simulation-based and experiential digital tools to strengthen applied learning |
| Fan and Zhong (2022) | AI-driven systems enable personalised and adaptive learning pathways | Incorporate AI-supported personalisation within transparent instructional structures |
| Dwivedi et al. (2023) | Explainable AI (XAI) enhances trust and transparency in AI-mediated systems | Ensure algorithmic interpretability and transparent feedback mechanisms in educational platforms |
| Miller (2023) | Experiential and project-based approaches cultivate adaptability, teamwork, and higher-order skills | Align instructional models with collaborative, real-world problem-solving structures |
| Höfrová et al. (2024) | Sustained digital immersion may introduce socio-emotional and developmental risks | Integrate socio-emotional learning and human oversight within technology-enhanced design |
| Author(s) | Core insight | Instructional implication |
|---|---|---|
| Early digital immersion shapes learning habits; high technological fluency coexists with attention fragmentation and social challenges | Design frameworks must balance digital engagement with structured social and cognitive scaffolding | |
| Post-COVID digital learning normalised online interaction and multimedia-based engagement | Integrate multimodal and adaptive digital environments within formal curricula | |
| Multimedia and gamified elements enhance engagement and comprehension | Adopt visually structured, bite-sized and interactive instructional formats | |
| AR/VR-based immersive environments improve participation and experiential learning | Embed simulation-based and experiential digital tools to strengthen applied learning | |
| AI-driven systems enable personalised and adaptive learning pathways | Incorporate AI-supported personalisation within transparent instructional structures | |
| Explainable AI (XAI) enhances trust and transparency in AI-mediated systems | Ensure algorithmic interpretability and transparent feedback mechanisms in educational platforms | |
| Experiential and project-based approaches cultivate adaptability, teamwork, and higher-order skills | Align instructional models with collaborative, real-world problem-solving structures | |
| Sustained digital immersion may introduce socio-emotional and developmental risks | Integrate socio-emotional learning and human oversight within technology-enhanced design |
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