Author
Abstract
Teaching and learning have become digitalized through the fast adoption of digital technologies in modern education. Digital illustration is one of these innovations that can be seen as an effective pedagogical approach that enhances creativity, critical thinking, and visual literacy. This paper explores how digital illustration can be used to foster cognitive skills and involvement of learners in the art education. Basing its argument on the visual culture and educational theory, the research underscores the new possibilities that digital platforms offer students to experiment, express, and communicate in a manner that is consistent with the cultural and technological realities. The mixed-methods methodology was used, which incorporated quantitative surveys and qualitative classroom observations and analysis of artwork. The sample consisted of students of secondary school and university art which allowed comparing the perspectives of various levels of study. The data was collected in three areas, including (1) creativity and originality of student work, (2) critical thinking expressed by reflective discussions and problem solving assignments, and (3) engagement and motivation during the process of illustration. The results show that digital illustration positively contributes to the level of creative confidence among students and results in a higher number of original and conceptually intense artworks. It also builds a robust critical thinking by prompting visual interpretation, sound judgment, and associations to the broader cultural and social settings. Additionally, the incorporation of digital technologies enhances art education to be more interactive, collaborative, and in line with the operations of creative industries nowadays.
Suggested Citation
Bassam Ahmed Mohammed, 2026.
"The Role of Digital Illustration in Enhancing Visual Literacy and Critical Thinking in Contemporary Art Education,"
International Journal of Research and Scientific Innovation, International Journal of Research and Scientific Innovation (IJRSI), vol. 13(4), pages 1, April.
Handle:
RePEc:bjc:journl:v:13:y:2026:i:4:p:0
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