Digital assessment of mathematics: Opportunities, issues and criteria

Digital assessment of mathematics is becoming widespread, but still comes with limitations and constraints. A central question is how to design digital tests that assess mathematical knowledge in a valid way. Based on literature on validity and on assessment with and through technology, we identify...

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Main Author: Paul Drijvers
Format: Article
Language:fra
Published: ADMEE-Canada 2018-01-01
Series:Mesure et Évaluation en Éducation
Subjects:
Online Access:https://doi.org/10.7202/1055896ar
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author Paul Drijvers
author_facet Paul Drijvers
author_sort Paul Drijvers
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description Digital assessment of mathematics is becoming widespread, but still comes with limitations and constraints. A central question is how to design digital tests that assess mathematical knowledge in a valid way. Based on literature on validity and on assessment with and through technology, we identify arguments for and opportunities of digital assessment of mathematics, as well as its main issues. Through three case descriptions, different ways to design digital tests are explored. As a conclusion, we make a plea for assessment environments which offer rich opportunities for students to “do” mathematics and for test designers to design rich items; automated scoring also needs further development, with respect to the scoring of intermediate steps in problem-solving strategies.
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spelling doaj.art-8ab817aa31854dcfa0adda4e5e7fcd2b2024-04-03T05:32:41ZfraADMEE-CanadaMesure et Évaluation en Éducation0823-39932368-20002018-01-0141110.7202/1055896arDigital assessment of mathematics: Opportunities, issues and criteriaPaul Drijvers0Utrecht UniversityDigital assessment of mathematics is becoming widespread, but still comes with limitations and constraints. A central question is how to design digital tests that assess mathematical knowledge in a valid way. Based on literature on validity and on assessment with and through technology, we identify arguments for and opportunities of digital assessment of mathematics, as well as its main issues. Through three case descriptions, different ways to design digital tests are explored. As a conclusion, we make a plea for assessment environments which offer rich opportunities for students to “do” mathematics and for test designers to design rich items; automated scoring also needs further development, with respect to the scoring of intermediate steps in problem-solving strategies.https://doi.org/10.7202/1055896ardigital assessmentmathematicsautomated scoringitem designévaluation numériquemathématiquescorrection automatiqueconception d’itemsavaliação digitalmatemáticascorreção automáticaconceção de itens
spellingShingle Paul Drijvers
Digital assessment of mathematics: Opportunities, issues and criteria
Mesure et Évaluation en Éducation
digital assessment
mathematics
automated scoring
item design
évaluation numérique
mathématiques
correction automatique
conception d’items
avaliação digital
matemáticas
correção automática
conceção de itens
title Digital assessment of mathematics: Opportunities, issues and criteria
title_full Digital assessment of mathematics: Opportunities, issues and criteria
title_fullStr Digital assessment of mathematics: Opportunities, issues and criteria
title_full_unstemmed Digital assessment of mathematics: Opportunities, issues and criteria
title_short Digital assessment of mathematics: Opportunities, issues and criteria
title_sort digital assessment of mathematics opportunities issues and criteria
topic digital assessment
mathematics
automated scoring
item design
évaluation numérique
mathématiques
correction automatique
conception d’items
avaliação digital
matemáticas
correção automática
conceção de itens
url https://doi.org/10.7202/1055896ar
work_keys_str_mv AT pauldrijvers digitalassessmentofmathematicsopportunitiesissuesandcriteria