AI-based task development in teacher education: an empirical study on using ChatGPT to create complex multilingual tasks in the context of primary education

Abstract Research on AI systems like ChatGPT indicates that there are not only obstacles but also potentials of using AI systems on the learner-level, e.g., for fostering learning processes. On the teacher-level, however, there is not much research yet and an important possibility to use AI systems like ChatGPT could be for, e.g., the development of complex tasks, which could help teachers in lesson planning processes. This study provides explorative and qualitative insights into such a task development process with the help of ChatGPT and for that purpose, n = 17 prospective teachers’ interactions with ChatGPT and post-interaction reflections were examined. They used ChatGPT with the assignment to develop complex tasks with the specific subject-matter parameters ‘Operative principle’, ‘Geoboard’ and ‘Multilingualism’. Methodologically, interpretative interaction analyses are conducted to gain abductive insights into the transcribed data and the analysis indicates that teachers, who were trained in the specific subject-matter as well as in prompt engineering, could use ChatGPT in a way that highly viable tasks could be generated whereas non-trained teachers mostly generated non- or less-viable tasks. This leads to the assumption of a threshold for the viable usage on teacher-level: Teachers who are subject-matter- and content-wise proficient and who know about effective prompting can use ChatGPT efficiently and evaluate it as a good tool for helping them in developing tasks they would otherwise not be able to develop, e.g., multilingual tasks, whereas teachers with less proficiency in both facets do not evaluate the usage of AI as useful. These results influence teacher training programs and the future development of AI tools for educational purposes in a two-fold way. Since teachers who know both how to prompt and what to teach are more capable of using AI systems like ChatGPT productively as support in developing learning environments, future teacher training programs should include prompting modules as part of their structure, e.g., following subject-matter training modules. This approach would help prospective teachers learn how to use AI systems like ChatGPT effectively and integrate these systems into their practices, e.g., for developing tasks.

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Publication Details

Journal
Education and Information Technologies
Published
2025-07-01
DOI
https://doi.org/10.1007/s10639-025-13673-8
Citations
3
Primary Topic
Online Learning and Analytics
Type
article
Field-Weighted Citation Impact
5.08
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article

AI-based task development in teacher education: an empirical study on using ChatGPT to create complex multilingual tasks in the context of primary education

Thomas Irion, Taha Ertuğrul Kuzu, Wolfgang Bay
3 citations
Education and Information Technologies
Online Learning and Analytics
5.08
article

AI-based task development in teacher education: an empirical study on using ChatGPT to create complex multilingual tasks in the context of primary education

Thomas Irion, Taha Ertuğrul Kuzu, Wolfgang Bay
article en
3 citations

Abstract

Abstract Research on AI systems like ChatGPT indicates that there are not only obstacles but also potentials of using AI systems on the learner-level, e.g., for fostering learning processes. On the teacher-level, however, there is not much research yet and an important possibility to use AI systems like ChatGPT could be for, e.g., the development of complex tasks, which could help teachers in lesson planning processes. This study provides explorative and qualitative insights into such a task development process with the help of ChatGPT and for that purpose, n = 17 prospective teachers’ interactions with ChatGPT and post-interaction reflections were examined. They used ChatGPT with the assignment to develop complex tasks with the specific subject-matter parameters ‘Operative principle’, ‘Geoboard’ and ‘Multilingualism’. Methodologically, interpretative interaction analyses are conducted to gain abductive insights into the transcribed data and the analysis indicates that teachers, who were trained in the specific subject-matter as well as in prompt engineering, could use ChatGPT in a way that highly viable tasks could be generated whereas non-trained teachers mostly generated non- or less-viable tasks. This leads to the assumption of a threshold for the viable usage on teacher-level: Teachers who are subject-matter- and content-wise proficient and who know about effective prompting can use ChatGPT efficiently and evaluate it as a good tool for helping them in developing tasks they would otherwise not be able to develop, e.g., multilingual tasks, whereas teachers with less proficiency in both facets do not evaluate the usage of AI as useful. These results influence teacher training programs and the future development of AI tools for educational purposes in a two-fold way. Since teachers who know both how to prompt and what to teach are more capable of using AI systems like ChatGPT productively as support in developing learning environments, future teacher training programs should include prompting modules as part of their structure, e.g., following subject-matter training modules. This approach would help prospective teachers learn how to use AI systems like ChatGPT effectively and integrate these systems into their practices, e.g., for developing tasks.

Education and Information TechnologiesVol. 30(16)
University of Design Schwäbisch Gmünd (DE), University of Education Schwaebisch Gmuend (DE)
Openalex Percentile: Top 4%
Online Learning and Analytics
5.08
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