How eye tracking may advance the field of mathematics education: a commentary on the ESM Special Issue on eye-tracking research in mathematics education

Abstract Eye-tracking technologies are increasingly being used for empirical research in mathematics education. However, we do not yet know how they are influencing the field. In this commentary paper, the articles in the Special Issue on research with eye-tracking are examined to reconstruct how they have advanced the field. To address this research aim, the construct of research praxeology is used. Based on the components of a praxeology, four types of progress are identified and characterized: Theoretical progress within a theoretical research program, methodological progress through the development of a research instrument, progress through the establishment of new types of research questions and aims, which address new topics, and progress in relation to a research technique. These types of progress show that the articles on eye tracking may advance the field by consolidating and redirecting previous research, pointing to new lines of research and providing new kinds of tasks. Knowledge of these types of progress can help researchers to shape, situate, and critically reflect on their publications.

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Publication Details

Journal
Educational Studies in Mathematics
Published
2025-02-20
DOI
https://doi.org/10.1007/s10649-025-10386-0
Citations
1
Primary Topic
Gaze Tracking and Assistive Technology
Type
article
Field-Weighted Citation Impact
1.94

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article

How eye tracking may advance the field of mathematics education: a commentary on the ESM Special Issue on eye-tracking research in mathematics education

Angelika Bikner‐Ahsbahs
1 citations
Educational Studies in Mathematics
Gaze Tracking and Assistive Technology
1.94
article

How eye tracking may advance the field of mathematics education: a commentary on the ESM Special Issue on eye-tracking research in mathematics education

Angelika Bikner‐Ahsbahs
article en
1 citations

Abstract

Abstract Eye-tracking technologies are increasingly being used for empirical research in mathematics education. However, we do not yet know how they are influencing the field. In this commentary paper, the articles in the Special Issue on research with eye-tracking are examined to reconstruct how they have advanced the field. To address this research aim, the construct of research praxeology is used. Based on the components of a praxeology, four types of progress are identified and characterized: Theoretical progress within a theoretical research program, methodological progress through the development of a research instrument, progress through the establishment of new types of research questions and aims, which address new topics, and progress in relation to a research technique. These types of progress show that the articles on eye tracking may advance the field by consolidating and redirecting previous research, pointing to new lines of research and providing new kinds of tasks. Knowledge of these types of progress can help researchers to shape, situate, and critically reflect on their publications.

Educational Studies in MathematicsVol. 118(3)
Hochschule Bremen (DE), University of Bremen (DE)
Universität Bremen
Openalex Percentile: Top 19%
Gaze Tracking and Assistive Technology
1.94
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How eye tracking may advance the field of mathematics education: a commentary on the ESM Special Issue on eye-tracking research in mathematics education — Angelika Bikner‐Ahsbahs · Educational Studies in Mathematics (2025) | TGRS Research Map | TGRS