A Cognitive Load Theory-Based Teaching Method to Western Standard Music Notation

Notational literacy is a valuable skill in Western music education, fostering students’ musical independence and supporting the 2014 National Core Music Standards for General Music. However, learning Western Standard Music Notation (WSMN) can be cognitively demanding, especially for younger students. To address this, I present an instructional method, grounded in cognitive load theory, that reduces cognitive load by isolating the practice of note labeling, rhythm chanting, and interval singing. I evaluated this method in a 2024 quasi-experimental study with elementary students, which demonstrated potential to enhance notational literacy skills. In this article, I provide practical teaching strategies, materials, and classroom applications to support music educators in implementing the method. By aligning instructional design with cognitive principles, I aim to improve student progress in notational literacy and foster fluency in reading WSMN.

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Publication Details

Journal
Journal of General Music Education
Published
2025-11-28
DOI
https://doi.org/10.1177/27527646251395675
Primary Topic
Neuroscience and Music Perception
Type
article
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article

A Cognitive Load Theory-Based Teaching Method to Western Standard Music Notation

Birce Tanriguden
Journal of General Music Education
Neuroscience and Music Perception
article

A Cognitive Load Theory-Based Teaching Method to Western Standard Music Notation

Birce Tanriguden
article en

Abstract

Notational literacy is a valuable skill in Western music education, fostering students’ musical independence and supporting the 2014 National Core Music Standards for General Music. However, learning Western Standard Music Notation (WSMN) can be cognitively demanding, especially for younger students. To address this, I present an instructional method, grounded in cognitive load theory, that reduces cognitive load by isolating the practice of note labeling, rhythm chanting, and interval singing. I evaluated this method in a 2024 quasi-experimental study with elementary students, which demonstrated potential to enhance notational literacy skills. In this article, I provide practical teaching strategies, materials, and classroom applications to support music educators in implementing the method. By aligning instructional design with cognitive principles, I aim to improve student progress in notational literacy and foster fluency in reading WSMN.

Journal of General Music EducationVol. 39(3)
University of Hartford (US)
Openalex Percentile: Top 63%
Neuroscience and Music Perception
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