Photovoice for reflection-based learning of creativity and innovation

The modern reality pressures university graduates to continuously develop creative excellence, while they continuously face information overload and lack of time for reflection – an essential component of their learning process. Consequently, educators must integrate reflection, creativity, and innovation within increasingly demanding university studies. Usage of art-based methods in Science, Technology, Engineering, and Mathematics (STEM) education represents a STEAM approach that emphasizes the importance of teaching artistic skills. We explore the use of visual arts—photography and Photovoice Method (PVM)—in developing creative thinking, observational awareness and interdisciplinary problem-solving through photo-reflection practices. Traditionally, PVM has been applied as a research tool or in training teachers and medics. We develop the existing PVM framework as a tool for training creativity skills. We analyse three intensive courses on creativity and innovation through student survey, interviews, and a rich dataset of photo- and video-reflections. Our findings indicate that the education-tailored PVM-based reflective practices enhance students’ creativity, aesthetic sensibility, and observational skills. It also improves visual literacy skills such as visual thinking, learning, communication, and visual writing in a form of photography proficiency. However, the education-tailored PVM puts its own demands on the learners, which we also explore and discuss.

Publication Details

Journal
Figshare
Published
2025-01-01
DOI
https://doi.org/10.6084/m9.figshare.29279059.v1
Primary Topic
Participatory Visual Research Methods
Type
article
Field-Weighted Citation Impact
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article

Photovoice for reflection-based learning of creativity and innovation

Figshare
Participatory Visual Research Methods
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Photovoice for reflection-based learning of creativity and innovation

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Abstract

The modern reality pressures university graduates to continuously develop creative excellence, while they continuously face information overload and lack of time for reflection – an essential component of their learning process. Consequently, educators must integrate reflection, creativity, and innovation within increasingly demanding university studies. Usage of art-based methods in Science, Technology, Engineering, and Mathematics (STEM) education represents a STEAM approach that emphasizes the importance of teaching artistic skills. We explore the use of visual arts—photography and Photovoice Method (PVM)—in developing creative thinking, observational awareness and interdisciplinary problem-solving through photo-reflection practices. Traditionally, PVM has been applied as a research tool or in training teachers and medics. We develop the existing PVM framework as a tool for training creativity skills. We analyse three intensive courses on creativity and innovation through student survey, interviews, and a rich dataset of photo- and video-reflections. Our findings indicate that the education-tailored PVM-based reflective practices enhance students’ creativity, aesthetic sensibility, and observational skills. It also improves visual literacy skills such as visual thinking, learning, communication, and visual writing in a form of photography proficiency. However, the education-tailored PVM puts its own demands on the learners, which we also explore and discuss.

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Participatory Visual Research Methods
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