Comparing theoretical perspectives in describing mathematics departments: complexity and activity

We draw on two studies of mathematics departments in 11-18 comprehensive maintained schools in England to compare and contrast the insights provided by differing theoretical perspectives. In one study, activity theory was used to describe common features of the work of three departments. In the othe...

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Main Authors: Beswick, K, Watson, A, De Geest, E
Format: Journal article
Language:English
Published: 2010
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author Beswick, K
Watson, A
De Geest, E
author_facet Beswick, K
Watson, A
De Geest, E
author_sort Beswick, K
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description We draw on two studies of mathematics departments in 11-18 comprehensive maintained schools in England to compare and contrast the insights provided by differing theoretical perspectives. In one study, activity theory was used to describe common features of the work of three departments. In the other, a mathematics department was viewed and analysed as a complex system. In both cases, it was the learning of the departments as systems rather than of individuals that was of interest. The affordances and limitations of the analytical perspectives are discussed. Taken as a whole, this paper opens up the workings of school mathematics departments in a country which has a strong department culture. © 2010 Springer Science+Business Media B.V.
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spelling oxford-uuid:16b92752-9823-4cab-851b-6b55b1360dea2022-03-26T10:32:55ZComparing theoretical perspectives in describing mathematics departments: complexity and activityJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:16b92752-9823-4cab-851b-6b55b1360deaEnglishSymplectic Elements at Oxford2010Beswick, KWatson, ADe Geest, EWe draw on two studies of mathematics departments in 11-18 comprehensive maintained schools in England to compare and contrast the insights provided by differing theoretical perspectives. In one study, activity theory was used to describe common features of the work of three departments. In the other, a mathematics department was viewed and analysed as a complex system. In both cases, it was the learning of the departments as systems rather than of individuals that was of interest. The affordances and limitations of the analytical perspectives are discussed. Taken as a whole, this paper opens up the workings of school mathematics departments in a country which has a strong department culture. © 2010 Springer Science+Business Media B.V.
spellingShingle Beswick, K
Watson, A
De Geest, E
Comparing theoretical perspectives in describing mathematics departments: complexity and activity
title Comparing theoretical perspectives in describing mathematics departments: complexity and activity
title_full Comparing theoretical perspectives in describing mathematics departments: complexity and activity
title_fullStr Comparing theoretical perspectives in describing mathematics departments: complexity and activity
title_full_unstemmed Comparing theoretical perspectives in describing mathematics departments: complexity and activity
title_short Comparing theoretical perspectives in describing mathematics departments: complexity and activity
title_sort comparing theoretical perspectives in describing mathematics departments complexity and activity
work_keys_str_mv AT beswickk comparingtheoreticalperspectivesindescribingmathematicsdepartmentscomplexityandactivity
AT watsona comparingtheoreticalperspectivesindescribingmathematicsdepartmentscomplexityandactivity
AT degeeste comparingtheoreticalperspectivesindescribingmathematicsdepartmentscomplexityandactivity