# Rethinking the Value of A Level Mathematics Participation

The level of participation in advanced mathematics courses has been raising concerns for several years. Recent international comparisons funded by the Nuffield Foundation show England to have one of the lowest levels of post-16 mathematics engagement. This, together with sustained pressure from stakeholders, has led to the Secretary of State's call for most young people to be studying mathematics up to 18 by the end of the decade.

This study will weave together four strands of quantitative analysis to understand the current and changing attitudes to, participation in, and value of A level mathematics. It will utilise high-quality secondary datasets and includes a large-scale survey of 17-year-olds' understandings of the value of mathematics in their educational and life choices and aspirations.

The four quantitative strands of the project are

- Updated research on the ‘economic return’ to A level mathematics;
- An investigation of the nature of changing participation in A level mathematics from 2005-13;
- Modelling of the relationship between A level mathematics and outcomes in a range of science and social science degree level programmes;
- A large-scale survey of 17-year-olds.

These quantitative studies will be interwoven with a policy trajectory analysis that traces the values attributed to A level mathematics, in particular its economic value. The project will produce a thorough and timely account of the state of attitudes to, and participation in, advanced mathematics just prior to the introduction of reformatted A levels and new level-3 mathematics qualifications in 2015.

**Researcher:**

Professor Andrew Noyes, School of Education, University of Nottingham

**Grant amount and duration:**

£156,733

1 June 2013 – 31 December 2016

**REVAMP final report:**

Rethinking the Value of Advanced Mathematics Participation - January 2017

**Research summaries:**

Wage returns to A level Mathematics

Increasing A level Mathematics uptake

Mathematics A level for better science degrees

Who wants to study advanced mathematics?

**Other papers:**

## See also

- Low attainment in mathematics: an investigation of Year 9 students
- Statistical approaches to international development: a teaching toolkit
- Achievement and attitudes in GCSE mathematics resit classes
- Developing teachers' mathematical knowledge using digital technology
- Using 'Lesson Study' for teaching mathematical problem-solving
- Understanding mathematics anxiety
- Mathematics in A level assessments