Navigating the Coding Frontier: Teachers’ Experiences in Grade 9 Destreamed Mathematics Classrooms

The introduction of coding as part of the Grade 9 destreamed curriculum marked a significant change, and teachers expressed varying levels of comfort and experience with this addition. As part of the Grade 9 Destreamed Mathematics Research Project, this study examines teachers’ perspectives on their instructional practices, self-efficacy in teaching, and the challenges and strategies involved in implementing the Grade 9 mathematics curriculum. Specifically, it explores mathematics teachers’ experiences with integrating technology into their classrooms and their initial comfort and familiarity with coding. Findings indicate a diverse range of coding proficiency among teachers, generally low confidence in teaching coding, concerns about balancing time constraints with an already demanding curriculum, and a shared recognition of coding’s importance for students’ future success.

Publication Details

Journal
Journal of Mathematics Education
Published
2024-12-01
DOI
https://doi.org/10.26711/007577152790173
Primary Topic
Education and Technology Integration
Type
article
Field-Weighted Citation Impact
0.00

Funders

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article

Navigating the Coding Frontier: Teachers’ Experiences in Grade 9 Destreamed Mathematics Classrooms

Journal of Mathematics Education
Education and Technology Integration
article

Navigating the Coding Frontier: Teachers’ Experiences in Grade 9 Destreamed Mathematics Classrooms

article en

Abstract

The introduction of coding as part of the Grade 9 destreamed curriculum marked a significant change, and teachers expressed varying levels of comfort and experience with this addition. As part of the Grade 9 Destreamed Mathematics Research Project, this study examines teachers’ perspectives on their instructional practices, self-efficacy in teaching, and the challenges and strategies involved in implementing the Grade 9 mathematics curriculum. Specifically, it explores mathematics teachers’ experiences with integrating technology into their classrooms and their initial comfort and familiarity with coding. Findings indicate a diverse range of coding proficiency among teachers, generally low confidence in teaching coding, concerns about balancing time constraints with an already demanding curriculum, and a shared recognition of coding’s importance for students’ future success.

Journal of Mathematics EducationVol. 17(1)
Social Sciences and Humanities Research Council of Canada
Quality Education
Openalex Percentile: Top 65%
Education and Technology Integration
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