Big Data Comes to School

The prospect of “big data” at once evokes optimistic views of an information-rich future and concerns about surveillance that adversely impacts our personal and private lives. This overview article explores the implications of big data in education, focusing by way of example on data generated by st...

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Main Authors: Bill Cope, Mary Kalantzis
Format: Article
Language:English
Published: SAGE Publishing 2016-03-01
Series:AERA Open
Online Access:https://doi.org/10.1177/2332858416641907
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spelling doaj-2f08a3083192467a8ea9690b5a98f30f2020-11-25T03:16:35ZengSAGE PublishingAERA Open2332-85842016-03-01210.1177/233285841664190710.1177_2332858416641907Big Data Comes to SchoolBill CopeMary KalantzisThe prospect of “big data” at once evokes optimistic views of an information-rich future and concerns about surveillance that adversely impacts our personal and private lives. This overview article explores the implications of big data in education, focusing by way of example on data generated by student writing. We have chosen writing because it presents particular complexities, highlighting the range of processes for collecting and interpreting evidence of learning in the era of computer-mediated instruction and assessment as well as the challenges. Writing is significant not only because it is central to the core subject area of literacy; it is also an ideal medium for the representation of deep disciplinary knowledge across a number of subject areas. After defining what big data entails in education, we map emerging sources of evidence of learning that separately and together have the potential to generate unprecedented amounts of data: machine assessments, structured data embedded in learning, and unstructured data collected incidental to learning activity. Our case is that these emerging sources of evidence of learning have significant implications for the traditional relationships between assessment and instruction. Moreover, for educational researchers, these data are in some senses quite different from traditional evidentiary sources, and this raises a number of methodological questions. The final part of the article discusses implications for practice in an emerging field of education data science, including publication of data, data standards, and research ethics.https://doi.org/10.1177/2332858416641907
collection DOAJ
language English
format Article
sources DOAJ
author Bill Cope
Mary Kalantzis
spellingShingle Bill Cope
Mary Kalantzis
Big Data Comes to School
AERA Open
author_facet Bill Cope
Mary Kalantzis
author_sort Bill Cope
title Big Data Comes to School
title_short Big Data Comes to School
title_full Big Data Comes to School
title_fullStr Big Data Comes to School
title_full_unstemmed Big Data Comes to School
title_sort big data comes to school
publisher SAGE Publishing
series AERA Open
issn 2332-8584
publishDate 2016-03-01
description The prospect of “big data” at once evokes optimistic views of an information-rich future and concerns about surveillance that adversely impacts our personal and private lives. This overview article explores the implications of big data in education, focusing by way of example on data generated by student writing. We have chosen writing because it presents particular complexities, highlighting the range of processes for collecting and interpreting evidence of learning in the era of computer-mediated instruction and assessment as well as the challenges. Writing is significant not only because it is central to the core subject area of literacy; it is also an ideal medium for the representation of deep disciplinary knowledge across a number of subject areas. After defining what big data entails in education, we map emerging sources of evidence of learning that separately and together have the potential to generate unprecedented amounts of data: machine assessments, structured data embedded in learning, and unstructured data collected incidental to learning activity. Our case is that these emerging sources of evidence of learning have significant implications for the traditional relationships between assessment and instruction. Moreover, for educational researchers, these data are in some senses quite different from traditional evidentiary sources, and this raises a number of methodological questions. The final part of the article discusses implications for practice in an emerging field of education data science, including publication of data, data standards, and research ethics.
url https://doi.org/10.1177/2332858416641907
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