Towards Making an Online Access Maths Course Accessible to All

The authors’ institution developed pre-COVID a suite of three access online maths courses, at SCQF levels 5, 6 and 7 (corresponding to the last 3 years of Scottish secondary school education). These courses were designed to be ‘do-it-yourselves’ and are entirely online. They have grown in popularity and have attracted a wide range of applicants from around the country, and beyond, as a way into higher education. The material was written before the maths education and support community started systematically investigating the issues of making mathematics digitally accessible, and therefore, did not implement any of the good practice that experts now promote. Guidance has been produced since, however, and as the institution received two expressions of interest from prospective students with visual impairment in the past two years, it was time to make the access courses accessible. This involved work with Word and LaTeX material, diagrams, figures, as well as hand-written material. It also required thinking carefully about approaches to teaching concepts of foundation mathematics to be understandable by a visual-impaired audience. In this paper, we describe the changes we implemented and formulate advice for the design of accessible foundation maths.

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Publication Details

Journal
MSOR Connections
Published
2026-10-26
DOI
https://doi.org/10.21100/msor.v24i3.1690
Primary Topic
Digital Accessibility for Disabilities
Type
article
Field-Weighted Citation Impact
0.00
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article

Towards Making an Online Access Maths Course Accessible to All

Maija Koukkari, Brenda Harden, Laura Maria Forero Rincon, Maria Nikoletatou et al.
MSOR Connections
Digital Accessibility for Disabilities
article

Towards Making an Online Access Maths Course Accessible to All

Maija Koukkari, Brenda Harden, Laura Maria Forero Rincon, Maria Nikoletatou, Craig Stewart, Morgiane Richard
article en

Abstract

The authors’ institution developed pre-COVID a suite of three access online maths courses, at SCQF levels 5, 6 and 7 (corresponding to the last 3 years of Scottish secondary school education). These courses were designed to be ‘do-it-yourselves’ and are entirely online. They have grown in popularity and have attracted a wide range of applicants from around the country, and beyond, as a way into higher education. The material was written before the maths education and support community started systematically investigating the issues of making mathematics digitally accessible, and therefore, did not implement any of the good practice that experts now promote. Guidance has been produced since, however, and as the institution received two expressions of interest from prospective students with visual impairment in the past two years, it was time to make the access courses accessible. This involved work with Word and LaTeX material, diagrams, figures, as well as hand-written material. It also required thinking carefully about approaches to teaching concepts of foundation mathematics to be understandable by a visual-impaired audience. In this paper, we describe the changes we implemented and formulate advice for the design of accessible foundation maths.

MSOR ConnectionsVol. 24(3)
University of Aberdeen (GB)
Openalex Percentile: Top 2%
Digital Accessibility for Disabilities
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