Bridging Data and Art: Investigating Data-Art Connections in a Data-Art Inquiry Program

The current data science education requires educators to provide more personally meaningful and culturally relevant data science learning experiences. By incorporating art production, we designed a data-art inquiry program to teach students data science basics and enable them to use art techniques to visualize their data. To understand how students established connections between data and art, we employed epistemic network analysis (ENA) at two levels to explore how they combine their data practices and art processes. Our study had three primary findings: (1) students have a personalized way of combining data and art; (2) data collection appears to be a key practice in our data-art inquiry program; (3) art production empowers students to better understand and communicate their data. In the future design of a data-art inquiry program, we suggest programming might (1) encourage students to explore personalized art formats to present their data, (2) emphasize the role of data collection, and (3) provide sufficient space and time for art processes to ensure the connections between data and artwork.

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Publication Details

Journal
Journal of Science Education and Technology
Published
2024-11-03
DOI
https://doi.org/10.1007/s10956-024-10166-0
Citations
3
Primary Topic
Statistics Education and Methodologies
Type
article
Field-Weighted Citation Impact
2.13

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article

Bridging Data and Art: Investigating Data-Art Connections in a Data-Art Inquiry Program

Yilang Zhao, Elizabeth Dyer, Joy G. Bertling, Lynn Liao Hodge
3 citations
Journal of Science Education and Technology
Statistics Education and Methodologies
2.13
article

Bridging Data and Art: Investigating Data-Art Connections in a Data-Art Inquiry Program

Yilang Zhao, Elizabeth Dyer, Joy G. Bertling, Lynn Liao Hodge
article en
3 citations

Abstract

The current data science education requires educators to provide more personally meaningful and culturally relevant data science learning experiences. By incorporating art production, we designed a data-art inquiry program to teach students data science basics and enable them to use art techniques to visualize their data. To understand how students established connections between data and art, we employed epistemic network analysis (ENA) at two levels to explore how they combine their data practices and art processes. Our study had three primary findings: (1) students have a personalized way of combining data and art; (2) data collection appears to be a key practice in our data-art inquiry program; (3) art production empowers students to better understand and communicate their data. In the future design of a data-art inquiry program, we suggest programming might (1) encourage students to explore personalized art formats to present their data, (2) emphasize the role of data collection, and (3) provide sufficient space and time for art processes to ensure the connections between data and artwork.

Journal of Science Education and TechnologyVol. 34(5)
University of Illinois Urbana-Champaign (US), University of Tennessee at Knoxville (US)
National Science Foundation
Openalex Percentile: Top 12%
Statistics Education and Methodologies
2.13
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