Motivating and supporting young people to study mathematics: A London perspective

This paper explores which classroom and teacher factors are associated with post-16 mathematics aspirations, mathematics intrinsic motivation, and mathematics self-concept. Few studies explore all three outcomes among the same set of students or make linkages across the factors that are important t...

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Main Authors: Tamjid Mujtaba, Michael Reiss, Ann Hodgson
Format: Article
Language:English
Published: UCL Press 2014-02-01
Series:London Review of Education
Online Access:https://www.scienceopen.com/document?vid=03b26304-97d7-433c-ba7c-311fb1f9648c
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spelling doaj-a47adc8237f14b4ba2f54641c940d5e72020-12-16T09:44:29ZengUCL PressLondon Review of Education1474-84792014-02-0110.18546/LRE.12.1.11Motivating and supporting young people to study mathematics: A London perspectiveTamjid MujtabaMichael ReissAnn HodgsonThis paper explores which classroom and teacher factors are associated with post-16 mathematics aspirations, mathematics intrinsic motivation, and mathematics self-concept. Few studies explore all three outcomes among the same set of students or make linkages across the factors that are important to these outcomes. The analysis is based on the survey responses of 761 Year 8 (age 13) and 715 Year 10 (age 15) students from 17 London schools as learners of mathematics. The analysis indicates that teaching for engagement is important for intrinsic mathematics motivation but not for future mathematics aspirations. In addition, students' emotional responses to mathematics lessons are important for their mathematics self-concept but not for future mathematics aspirations. Advice-pressure to continue with mathematics post-16, extrinsic material gain motivation, and mathematics self-concept underpin mathematics aspirations (even after controlling for the support students received from their families in mathematics attainment). The gender difference within mathematics self-concept among these young Londoners was higher than that found across England, although there were substantially fewer gender differences in relation to questions that explored students' perceptions of their mathematics lessons and teachers. The article concludes with some suggestions for both national and London policymakers because the study of mathematics is seen as of considerable importance to both young people and the economic life of the capital.https://www.scienceopen.com/document?vid=03b26304-97d7-433c-ba7c-311fb1f9648c
collection DOAJ
language English
format Article
sources DOAJ
author Tamjid Mujtaba
Michael Reiss
Ann Hodgson
spellingShingle Tamjid Mujtaba
Michael Reiss
Ann Hodgson
Motivating and supporting young people to study mathematics: A London perspective
London Review of Education
author_facet Tamjid Mujtaba
Michael Reiss
Ann Hodgson
author_sort Tamjid Mujtaba
title Motivating and supporting young people to study mathematics: A London perspective
title_short Motivating and supporting young people to study mathematics: A London perspective
title_full Motivating and supporting young people to study mathematics: A London perspective
title_fullStr Motivating and supporting young people to study mathematics: A London perspective
title_full_unstemmed Motivating and supporting young people to study mathematics: A London perspective
title_sort motivating and supporting young people to study mathematics: a london perspective
publisher UCL Press
series London Review of Education
issn 1474-8479
publishDate 2014-02-01
description This paper explores which classroom and teacher factors are associated with post-16 mathematics aspirations, mathematics intrinsic motivation, and mathematics self-concept. Few studies explore all three outcomes among the same set of students or make linkages across the factors that are important to these outcomes. The analysis is based on the survey responses of 761 Year 8 (age 13) and 715 Year 10 (age 15) students from 17 London schools as learners of mathematics. The analysis indicates that teaching for engagement is important for intrinsic mathematics motivation but not for future mathematics aspirations. In addition, students' emotional responses to mathematics lessons are important for their mathematics self-concept but not for future mathematics aspirations. Advice-pressure to continue with mathematics post-16, extrinsic material gain motivation, and mathematics self-concept underpin mathematics aspirations (even after controlling for the support students received from their families in mathematics attainment). The gender difference within mathematics self-concept among these young Londoners was higher than that found across England, although there were substantially fewer gender differences in relation to questions that explored students' perceptions of their mathematics lessons and teachers. The article concludes with some suggestions for both national and London policymakers because the study of mathematics is seen as of considerable importance to both young people and the economic life of the capital.
url https://www.scienceopen.com/document?vid=03b26304-97d7-433c-ba7c-311fb1f9648c
work_keys_str_mv AT tamjidmujtaba motivatingandsupportingyoungpeopletostudymathematicsalondonperspective
AT michaelreiss motivatingandsupportingyoungpeopletostudymathematicsalondonperspective
AT annhodgson motivatingandsupportingyoungpeopletostudymathematicsalondonperspective
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