Predictors of engagement with mathematics and statistics support

This paper investigates demographic predictors of engagement with mathematics and statistics drop-in support at Coventry University which has an extensive and well-used mathematics and statistics support provision. The analysis focuses on students from a set of 12 disciplines where there is clear mathematics and/or statistics content. It explores the effect of gender, entry requirements, course stage, ethnicity, age, nationality and disability. Two dimensions of engagement with mathematics and statistics support are examined: the binary dimension of engaged (at least once) or not and, for those who did engage, the number of times they did. These two dimensions are modelled through a two-stage hurdle model using a binomial logistic regression model to predict engagement and a negative binomial distribution model to predict the number of visits made by a student who does engage. These results provide valuable insights into how higher education institutions can tailor their support depending on the demographic population and engagement at their universities.

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Publication Details

Journal
Pure (Coventry University)
Published
2026-01-21
Primary Topic
Mathematics Education and Programs
Type
article
Field-Weighted Citation Impact
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article

Predictors of engagement with mathematics and statistics support

Farhana Gokhool, Duncan Lawson
Pure (Coventry University)
Mathematics Education and Programs
article

Predictors of engagement with mathematics and statistics support

Farhana Gokhool, Duncan Lawson
article en

Abstract

This paper investigates demographic predictors of engagement with mathematics and statistics drop-in support at Coventry University which has an extensive and well-used mathematics and statistics support provision. The analysis focuses on students from a set of 12 disciplines where there is clear mathematics and/or statistics content. It explores the effect of gender, entry requirements, course stage, ethnicity, age, nationality and disability. Two dimensions of engagement with mathematics and statistics support are examined: the binary dimension of engaged (at least once) or not and, for those who did engage, the number of times they did. These two dimensions are modelled through a two-stage hurdle model using a binomial logistic regression model to predict engagement and a negative binomial distribution model to predict the number of visits made by a student who does engage. These results provide valuable insights into how higher education institutions can tailor their support depending on the demographic population and engagement at their universities.

Pure (Coventry University)
University of Bedfordshire (GB), Centre for Global Health Research (CA)
Quality Education
Openalex Percentile: Top 72%
Mathematics Education and Programs
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