Algorithms in Art and Code: How Teaching Embodied Artmaking Procedures Can Stimulate Analytical Thinking in Art Crafting and Computer Programming

People have pointed to a connection between the creative arts and computing.In the present longitudinal pilot study we taught six programmers and six non-programmers how to read and write written crochet patterns with or without the accompanying crochet gestures.Half of programmers (three participants) and nonprogrammers (three participants) were taught with the gestures, while the other halves were not.Over two weeks we individually taught participants crochet during three separate 30 minute sessions.In a fourth session, we tested participants on crochet and elementary programming and algorithms.Test results showed that programmers and non-programmers performed better on average on both tests when they learned with gestures.We interviewed all participants afterwards; programmers provided examples of how crochet demonstrated elementary programming ideas, while nonprogrammers described what they thought about programming.Our empirical study provides evidence of embodied cognition and offers contributions towards developing novel teaching methods in computer science.

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Publication Details

Published
2025-06-22
DOI
https://doi.org/10.1145/3698061.3734412
Primary Topic
Art, Technology, and Culture
Type
article
Field-Weighted Citation Impact
0.00
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article

Algorithms in Art and Code: How Teaching Embodied Artmaking Procedures Can Stimulate Analytical Thinking in Art Crafting and Computer Programming

Myounghoon Jeon, Jacqueline Elise Bruen
Art, Technology, and Culture
article

Algorithms in Art and Code: How Teaching Embodied Artmaking Procedures Can Stimulate Analytical Thinking in Art Crafting and Computer Programming

Myounghoon Jeon, Jacqueline Elise Bruen
article en

Abstract

People have pointed to a connection between the creative arts and computing.In the present longitudinal pilot study we taught six programmers and six non-programmers how to read and write written crochet patterns with or without the accompanying crochet gestures.Half of programmers (three participants) and nonprogrammers (three participants) were taught with the gestures, while the other halves were not.Over two weeks we individually taught participants crochet during three separate 30 minute sessions.In a fourth session, we tested participants on crochet and elementary programming and algorithms.Test results showed that programmers and non-programmers performed better on average on both tests when they learned with gestures.We interviewed all participants afterwards; programmers provided examples of how crochet demonstrated elementary programming ideas, while nonprogrammers described what they thought about programming.Our empirical study provides evidence of embodied cognition and offers contributions towards developing novel teaching methods in computer science.

Virginia Tech (US)
Openalex Percentile: Top 86%
Art, Technology, and Culture
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