A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch Software

In this paper, the purpose is to discuss results of a continuing education action with tea-chers, linked to the university extension project Computational Thinking and Interdisciplina-rity in the classroom, developed within the Postgraduate Program in Mathematics Education at Sao Paulo State Univers...

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Main Authors: Maria Teresa Zampieri, Sueli Liberatti Javaroni
Format: Article
Language:Spanish
Published: Universidad de Antioquia 2020-10-01
Series:Uni-pluriversidad
Subjects:
Online Access:https://revistas.udea.edu.co/index.php/unip/article/view/341631
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spelling doaj-ddeb8cd518274ee0b54bf5cdb89bb2392020-11-25T03:56:24ZspaUniversidad de AntioquiaUni-pluriversidad2665-27302665-27302020-10-0120110111710.17533/udea.unipluri.20.1.06A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch SoftwareMaria Teresa Zampieri0https://orcid.org/0000-0002-6656-2538Sueli Liberatti Javaroni1https://orcid.org/0000-0002-1948-4346Federal University of São CarlosSão Paulo State UniversityIn this paper, the purpose is to discuss results of a continuing education action with tea-chers, linked to the university extension project Computational Thinking and Interdisciplina-rity in the classroom, developed within the Postgraduate Program in Mathematics Education at Sao Paulo State University (UNESP), Rio Claro (Sao Paulo), Brazil. The development of interdisciplinary activities by teachers using Scratch software is highlighted, pointing out how this is reflected in the classroom, from the development of an interdisciplinary activity in two classes taught by the teacher of Geography, a participant of this formative action. The qualitative approach was adopted, and the methodological procedures used were video re-cording of the meetings, writing of field diaries, prepared by all the involved proposers, and recording of all the developed activities. Data analysis highlights how important this partner-ship between university and school was because it contributed to transform the knowledge of teachers, researchers, and students through the development of Computational Thinking.https://revistas.udea.edu.co/index.php/unip/article/view/341631university-school partnershipscratchinterdisciplinary activitiesmathema-tics education
collection DOAJ
language Spanish
format Article
sources DOAJ
author Maria Teresa Zampieri
Sueli Liberatti Javaroni
spellingShingle Maria Teresa Zampieri
Sueli Liberatti Javaroni
A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch Software
Uni-pluriversidad
university-school partnership
scratch
interdisciplinary activities
mathema-tics education
author_facet Maria Teresa Zampieri
Sueli Liberatti Javaroni
author_sort Maria Teresa Zampieri
title A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch Software
title_short A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch Software
title_full A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch Software
title_fullStr A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch Software
title_full_unstemmed A Dialogue Between Computational Thinking and Interdisciplinarity using Scratch Software
title_sort dialogue between computational thinking and interdisciplinarity using scratch software
publisher Universidad de Antioquia
series Uni-pluriversidad
issn 2665-2730
2665-2730
publishDate 2020-10-01
description In this paper, the purpose is to discuss results of a continuing education action with tea-chers, linked to the university extension project Computational Thinking and Interdisciplina-rity in the classroom, developed within the Postgraduate Program in Mathematics Education at Sao Paulo State University (UNESP), Rio Claro (Sao Paulo), Brazil. The development of interdisciplinary activities by teachers using Scratch software is highlighted, pointing out how this is reflected in the classroom, from the development of an interdisciplinary activity in two classes taught by the teacher of Geography, a participant of this formative action. The qualitative approach was adopted, and the methodological procedures used were video re-cording of the meetings, writing of field diaries, prepared by all the involved proposers, and recording of all the developed activities. Data analysis highlights how important this partner-ship between university and school was because it contributed to transform the knowledge of teachers, researchers, and students through the development of Computational Thinking.
topic university-school partnership
scratch
interdisciplinary activities
mathema-tics education
url https://revistas.udea.edu.co/index.php/unip/article/view/341631
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