Self-regulated learning in immersive virtual reality: A case study on a pre-service teacher's behavior and perceptions

Immersive and interactive learning provided by virtual reality is promising, however it has not yet achieved mainstream acceptance in educational contexts. Self-regulation is a crucial process for enhancing learning experiences in multimedia-rich environments such as immersive virtual reality (IVR). Therefore, it is beneficial to investigate self-regulated learning (SRL) behaviors in learners who are using an immersive virtual environment and engaging in a novel task independently. We employed a single case study design to deeply examine the SRL behaviors and perceptions of Jake, a pre-service mathematics teacher at a public university, during his initial experience with IVR technology. We used an IVR environment designed as an immersive algebra learning experience focused on understanding the exponential spread of a virus and developing skills for working with exponential functions. In a thorough analysis of qualitative data, we identified patterns, and reported themes. During Jake's performance in the IVR, various SRL behaviors were observed. While his performance demonstrated rich monitoring and control behaviors, planning and evaluation were infrequently observed. The results regarding Jake's SRL behaviors were categorized into two themes: the occurrence of SRL in cycles consisting of planning, monitoring, control and evaluation, and a wider variety of behaviors related to SRL components during challenging moments. Additionally, Jake's post-performance interview echoed the findings about his SRL and revealed his awareness of his behavior during the task. Implications of our findings and further steps for exploring SRL in IVR settings are discussed. • A single case study was applied to investigate self-regulated learning in IVR. • Monitoring and control were the most prominent SRL components. • The SRL behaviors occurred in cycles and most dominantly at times of difficulties. • Perception of SRL supported the behavioral findings for all four SRL components.

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Publication Details

Journal
Computers in Human Behavior Reports
Published
2025-11-21
DOI
https://doi.org/10.1016/j.chbr.2025.100873
Citations
1
Primary Topic
Innovative Teaching and Learning Methods
Type
article
Field-Weighted Citation Impact
3.44
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article

Self-regulated learning in immersive virtual reality: A case study on a pre-service teacher's behavior and perceptions

Engin Ader, Florentine Hickethier, Alexander Gröschner, Mathias Dehne et al.
1 citations
Computers in Human Behavior Reports
Innovative Teaching and Learning Methods
3.44
article

Self-regulated learning in immersive virtual reality: A case study on a pre-service teacher's behavior and perceptions

Engin Ader, Florentine Hickethier, Alexander Gröschner, Mathias Dehne, Tova Michalsky, Ipek Paksoy, Zorit Jassin
article en
1 citations

Abstract

Immersive and interactive learning provided by virtual reality is promising, however it has not yet achieved mainstream acceptance in educational contexts. Self-regulation is a crucial process for enhancing learning experiences in multimedia-rich environments such as immersive virtual reality (IVR). Therefore, it is beneficial to investigate self-regulated learning (SRL) behaviors in learners who are using an immersive virtual environment and engaging in a novel task independently. We employed a single case study design to deeply examine the SRL behaviors and perceptions of Jake, a pre-service mathematics teacher at a public university, during his initial experience with IVR technology. We used an IVR environment designed as an immersive algebra learning experience focused on understanding the exponential spread of a virus and developing skills for working with exponential functions. In a thorough analysis of qualitative data, we identified patterns, and reported themes. During Jake's performance in the IVR, various SRL behaviors were observed. While his performance demonstrated rich monitoring and control behaviors, planning and evaluation were infrequently observed. The results regarding Jake's SRL behaviors were categorized into two themes: the occurrence of SRL in cycles consisting of planning, monitoring, control and evaluation, and a wider variety of behaviors related to SRL components during challenging moments. Additionally, Jake's post-performance interview echoed the findings about his SRL and revealed his awareness of his behavior during the task. Implications of our findings and further steps for exploring SRL in IVR settings are discussed. • A single case study was applied to investigate self-regulated learning in IVR. • Monitoring and control were the most prominent SRL components. • The SRL behaviors occurred in cycles and most dominantly at times of difficulties. • Perception of SRL supported the behavioral findings for all four SRL components.

Computers in Human Behavior ReportsVol. 20
Bar-Ilan University (IL), ETH Zurich (CH), Boğaziçi University (TR), Friedrich Schiller University Jena (DE)
Openalex Percentile: Top 6%
Innovative Teaching and Learning Methods
3.44
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