Projects per year
Abstract
Students who successfully regulate their learning are more successful in higher education. As higher education increasingly adopts hybrid and flexible approaches, the importance of regulatory skills increases. Technology may support students in developing and applying regulatory skills. However, current literature displays a significant gap on exactly how technology contributes to what in regulation of learning.
This systematic literature review addresses how technology can foster regulation of learning in higher education. We identified and analysed 136 studies describing empirical research on interventions using technology to support self-regulation, co-regulation or socially shared regulation of learning in higher education. To warrant a thorough analysis of how technology supports regulation, we distinguished between the medium used and the methods implemented within the interventions.
The findings indicate a growing research interest, shifting from a primary focus on individual self-regulation towards co-regulation and socially shared regulation in groups of learners. It is promising that stronger study designs are used, with multimodal measurements and decent sample sizes and running durations. Most studies were conducted in online or blended learning environments. Self-regulated learning is predominantly supported by interactive tools, through scaffolding, feedback, and prompting. For co-regulation and socially shared regulation, conversational tools implementing scaffolding and feedback are used most. No studies implemented fading scaffolds; only static scaffolding was used.
Most notably, we found that intervention designs were often insufficiently specified. This study presents an approach to describe intervention designs more clearly in future work, by listing explicit, theory-informed categories for medium and method.
This systematic literature review addresses how technology can foster regulation of learning in higher education. We identified and analysed 136 studies describing empirical research on interventions using technology to support self-regulation, co-regulation or socially shared regulation of learning in higher education. To warrant a thorough analysis of how technology supports regulation, we distinguished between the medium used and the methods implemented within the interventions.
The findings indicate a growing research interest, shifting from a primary focus on individual self-regulation towards co-regulation and socially shared regulation in groups of learners. It is promising that stronger study designs are used, with multimodal measurements and decent sample sizes and running durations. Most studies were conducted in online or blended learning environments. Self-regulated learning is predominantly supported by interactive tools, through scaffolding, feedback, and prompting. For co-regulation and socially shared regulation, conversational tools implementing scaffolding and feedback are used most. No studies implemented fading scaffolds; only static scaffolding was used.
Most notably, we found that intervention designs were often insufficiently specified. This study presents an approach to describe intervention designs more clearly in future work, by listing explicit, theory-informed categories for medium and method.
| Original language | English |
|---|---|
| Number of pages | 37 |
| Journal | Computers and Education Open |
| Publication status | Submitted - 19 Dec 2025 |
Keywords
- self-regulated learning
- higher education
- co-regulated learning
- socially shared learning
- metacognition
- educational technology
Research Focus Areas Hanze University of Applied Sciences * (mandatory by Hanze)
- Entrepreneurship
Research Focus Areas Research Centre or Centre of Expertise * (mandatory by Hanze)
- Digital Transformation
Publinova themes
- Language, Culture and Arts
- ICT and Media
- Technology
- People and Society
- Health
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Dive into the research topics of 'How does technology support regulation of learning? A systematic review of the design and efficacy of interventions'. Together they form a unique fingerprint.Projects
- 1 Active
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SELFLEX: Towards Evidence-informed Support for Self-regulation of Flexible Learning
Braad, E. (PI) & Degens, N. (PI)
1/09/23 → 31/08/27
Project: Research
Datasets
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Systematic Review of Technology Supporting Regulation of Learning
Braad, E. (Creator), Ubags, P. (Creator), Vagačová, T. (Creator) & Van der Stappen, E. (Creator), Open science Framework, 15 Dec 2025
Dataset