Sep 2026· International Journal of Educational Technology in Higher Education· Vol 23· 0 citations· 21 references
TL;DR
It is argued that the field must now move from demonstrating associations and proposing frameworks towards intervention research that tests causal mechanisms, implementation conditions, longer-term outcomes, and distributional effects and build trustworthy socio-technical infrastructures that enable educators and learners to act on evidence.
Abstract
Recent advances in learning design tools, learning analytics, and generative artificial intelligence (GenAI) have created new possibilities for educators to design, monitor, and adapt learning experiences. Yet evidence that these possibilities routinely translate into student-centred, inclusive, personalised, and effective practice remains limited. This editorial synthesises four contributions to the special issue on learning analytics and AI support for learning design and educational decision-making. Across student, teacher, disciplinary, and institutional levels, the studies show that technology does not become educationally valuable through technical capability alone. Its value is mediated by learning design, community and interaction, digital literacy, educator and learner agency, ethical fitness, organisational strategy, resources, and wide stakeholder engagement. At the same time, the evidence base remains dominated by cross-sectional, self-report, discourse-based, and expert-judgement studies. We argue that the field must now move from demonstrating associations and proposing frameworks towards intervention research that tests causal mechanisms, implementation conditions, longer-term outcomes, and distributional effects. A future agenda should connect learning analytics and GenAI tightly to educational visions, pedagogical intentions, preserve human and epistemic agency, and build trustworthy socio-technical infrastructures that enable educators and learners to act on evidence.
Since the early development of learning analytics (LA), the cyclical nature of the process that starts with learning data and ends with educational interventions has been widely acknowledged. However, while LA research abounds, and LA practices are becoming more widespread, the final step of the cycle – introducing edu...
B. Svetec, B. Divjak, Nikola Kadoić· International Journal of Edu...· 1 citation
The integration of digital technologies in higher education is transforming learning design and requires approaches that equip students with 21st-century skills, such as digital literacy, adaptability, and reflexivity. Learning analytics, which involves the measurement, collection, analysis, and reporting of student da...
An integrated model linking AI tool use, perceived learning, engagement, critical thinking, self-efficacy, learning outcomes, and employability, with digital literacy as antecedent and faculty support as moderator is tested, confirming that pedagogical scaffolding is essential to converting AI exposure into educational...
N. Iqbal· E-Learning and Digital Media· 0 citations
The findings reveal that generative AI and conversational agents are increasingly becoming integral components in language education, utilised by educators to offer personalised feedback, adaptive practice, and student engagement and motivation.
Iman El-Nabawi Abdel Wahed Shaalan, Ayman Shaaban Khalifa Ahmad· Journal of Language Teaching...· 0 citations
High-quality learning design is an important contributor to student success. Higher education institutions can leverage the combined potential of learning analytics (LA) and Generative Artificial Intelligence (GenAI) to enhance instructors’ learning design practices. However, the way LA and GenAI are being used in comb...
Alrike Claassen, Daniel Ebbert, V. Kovanovíc et al.· International Journal of Edu...· 1 citation
Artificial intelligence (AI) has rapidly evolved from a peripheral instructional aid into a central force reshaping how teaching and learning are designed, delivered, and evaluated. This article presents a narrative literature review of twenty-five studies published between 2021 and 2026 to map the opportunities, chall...
With $2.1 million funding from Google.org, the open-source Public Transit Intelligence Hub will unify public transit monitoring, operations, and passenger communication.