From engineering and physics to health sciences are only a few of the professional topics where infrared thermography is usually applied. Future professionals need to be thoroughly taught in its use and familiar with its fundamentals for this reason. However, because of the high cost and the difficulty in evaluating the outcomes of using this technology in teaching and learning, it may be difficult to acquire the necessary skills and to design educational research that can be used to evaluate the learning potential of the tool. Furthermore, thermography is a physical instrument that can be used to enhance the competencies acquired at different educational levels. In this work, a bibliometric analysis is implemented from a Scopus dataset to analyse the trend and evolution of the work linking thermography and education, also the main sources of the works. Additionally, a meta-analysis will be implemented to draw a network map for cooccurrences in order to identify the different subtopics from the relationship between the scientific works published. Since infrared thermography oriented to education is a lowly explored topic, this work may be a starting point for new developments and research lines.
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García-Peralo et al. (2023) studied this question.
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