Immersive Spatial Computing: How Technology Can Improve Science Content Reading and Vocabulary in Elementary Schools

Elementary school curricular standards in the United States emphasize mathematics and literacy, while social studies and science are often left behind. Integrating science instruction with either mathematics or literacy is a strategy some teachers use to teach skills and concepts in both disciplines. Understanding science at a young age is reliant on grasping vocabulary that is new to the learner. Integrating visual imagery into reading instruction improves students’ comprehension, enhances retrieval, and increases retention. The media-based reading enhancement of text through spatial computing has begun to show promise for the integration of science vocabulary and reading comprehension, especially for low-proficiency readers. This paper provides a literary rationale for technology-enhanced intervention, provides examples of a study conducted to test the efficacy of such an intervention, presents the implications of the study’s findings, and discusses future avenues for how spatial computing might be used in science and literacy instruction in the future.

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Publication Details

Journal
Education Sciences
Published
2024-12-11
DOI
https://doi.org/10.3390/educsci14121355
Citations
2
Primary Topic
Child Development and Digital Technology
Type
article
Field-Weighted Citation Impact
4.19

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article

Immersive Spatial Computing: How Technology Can Improve Science Content Reading and Vocabulary in Elementary Schools

Leonard A. Annetta, Yvonne Franco, Mark Newton, Ashley Johnson
2 citations
Education Sciences
Child Development and Digital Technology
4.19
article

Immersive Spatial Computing: How Technology Can Improve Science Content Reading and Vocabulary in Elementary Schools

Leonard A. Annetta, Yvonne Franco, Mark Newton, Ashley Johnson
article en
2 citations

Abstract

Elementary school curricular standards in the United States emphasize mathematics and literacy, while social studies and science are often left behind. Integrating science instruction with either mathematics or literacy is a strategy some teachers use to teach skills and concepts in both disciplines. Understanding science at a young age is reliant on grasping vocabulary that is new to the learner. Integrating visual imagery into reading instruction improves students’ comprehension, enhances retrieval, and increases retention. The media-based reading enhancement of text through spatial computing has begun to show promise for the integration of science vocabulary and reading comprehension, especially for low-proficiency readers. This paper provides a literary rationale for technology-enhanced intervention, provides examples of a study conducted to test the efficacy of such an intervention, presents the implications of the study’s findings, and discusses future avenues for how spatial computing might be used in science and literacy instruction in the future.

Education SciencesVol. 14(12)
East Carolina University (US), University of Mount Olive (US), Citadel (US), University of Tampa (US)
National Science Foundation
Quality Education
Openalex Percentile: Top 5%
Child Development and Digital Technology
4.19
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