Cognitive and space ergonomics in the schools computer laboratories

The present article describes the features of the schools computer laboratories of the Greek primary and secondary education and the conditions that are encountered in didactics because of the arrangement of their workstations. These conditions concern the ergonomics of space regarding the equipment...

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Λεπτομέρειες βιβλιογραφικής εγγραφής
Κύριοι συγγραφείς: PAPAKITSOS, EVANGELOS C., CHOROZOGLOU, GEORGIOS V.
Μορφή: Online
Γλώσσα:English
Έκδοση: Urray 2016
Θέματα:
Διαθέσιμο Online:https://pasithee.library.upatras.gr/ejupUNESCOchair/article/view/2286
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spelling oai:ojs.pasithee.library.upatras.gr:article-22862023-04-07T08:26:02Z Cognitive and space ergonomics in the schools computer laboratories PAPAKITSOS, EVANGELOS C. CHOROZOGLOU, GEORGIOS V. Cognitive ergonomics, space ergonomics, computer laboratory The present article describes the features of the schools computer laboratories of the Greek primary and secondary education and the conditions that are encountered in didactics because of the arrangement of their workstations. These conditions concern the ergonomics of space regarding the equipment along with the cognitive consequences on the learning process. For dealing with the presented situation, the various modes of arrangement are compared according to the guidelines of cognitive ergonomics, accompanied by relevant suggestions that were successfully applied in school practice and can be generally useful in similar occasions. Urray 2016-01-01 info:eu-repo/semantics/article info:eu-repo/semantics/publishedVersion application/pdf https://pasithee.library.upatras.gr/ejupUNESCOchair/article/view/2286 10.26220/une.2286 Educational Journal of the University of Patras UNESCO Chair; Vol. 3, N. 1 (2016) Educational Journal of the University of Patras UNESCO Chair; Vol. 3, N. 1 (2016) 2241-9152 eng https://pasithee.library.upatras.gr/ejupUNESCOchair/article/view/2286/2494
institution UPatras
collection Pasithee
language English
topic Classical Mechanics principles, Quantum Mechanics basic principles, wave in Quantum Mechanics. Copenhagen interpretation, Everett III interpretation
Lifelong learning, perceptions, students
Cognitive ergonomics, space ergonomics, computer laboratory
Bologna Process, globalisation, policy ensemble, higher education, discourse
Cognitive errors, dysfunctional assumptions, cognitive psychotherapy, transformative learning
Undergraduate specialization, painting, South-South Nigeria, last millennium, survey and Universities
Physical Science teacher, teacher training, pedagogical content knowledge, didactic transposition
Textbooks, evaluation, teacher, student, educational policy
Cultural capital, educational expectations, occupational expectations, primary school, natives, immigrants
Precursor model, socio cognitive approach, primary education, light, shadow
Art education, artistic creation, education, subjective teaching, creation
Didactic transposition, science education, manual analysis, atom
spellingShingle Classical Mechanics principles, Quantum Mechanics basic principles, wave in Quantum Mechanics. Copenhagen interpretation, Everett III interpretation
Lifelong learning, perceptions, students
Cognitive ergonomics, space ergonomics, computer laboratory
Bologna Process, globalisation, policy ensemble, higher education, discourse
Cognitive errors, dysfunctional assumptions, cognitive psychotherapy, transformative learning
Undergraduate specialization, painting, South-South Nigeria, last millennium, survey and Universities
Physical Science teacher, teacher training, pedagogical content knowledge, didactic transposition
Textbooks, evaluation, teacher, student, educational policy
Cultural capital, educational expectations, occupational expectations, primary school, natives, immigrants
Precursor model, socio cognitive approach, primary education, light, shadow
Art education, artistic creation, education, subjective teaching, creation
Didactic transposition, science education, manual analysis, atom
PAPAKITSOS, EVANGELOS C.
CHOROZOGLOU, GEORGIOS V.
Cognitive and space ergonomics in the schools computer laboratories
topic_facet Classical Mechanics principles, Quantum Mechanics basic principles, wave in Quantum Mechanics. Copenhagen interpretation, Everett III interpretation
Lifelong learning, perceptions, students
Cognitive ergonomics, space ergonomics, computer laboratory
Bologna Process, globalisation, policy ensemble, higher education, discourse
Cognitive errors, dysfunctional assumptions, cognitive psychotherapy, transformative learning
Undergraduate specialization, painting, South-South Nigeria, last millennium, survey and Universities
Physical Science teacher, teacher training, pedagogical content knowledge, didactic transposition
Textbooks, evaluation, teacher, student, educational policy
Cultural capital, educational expectations, occupational expectations, primary school, natives, immigrants
Precursor model, socio cognitive approach, primary education, light, shadow
Art education, artistic creation, education, subjective teaching, creation
Didactic transposition, science education, manual analysis, atom
format Online
author PAPAKITSOS, EVANGELOS C.
CHOROZOGLOU, GEORGIOS V.
author_facet PAPAKITSOS, EVANGELOS C.
CHOROZOGLOU, GEORGIOS V.
author_sort PAPAKITSOS, EVANGELOS C.
title Cognitive and space ergonomics in the schools computer laboratories
title_short Cognitive and space ergonomics in the schools computer laboratories
title_full Cognitive and space ergonomics in the schools computer laboratories
title_fullStr Cognitive and space ergonomics in the schools computer laboratories
title_full_unstemmed Cognitive and space ergonomics in the schools computer laboratories
title_sort cognitive and space ergonomics in the schools computer laboratories
description The present article describes the features of the schools computer laboratories of the Greek primary and secondary education and the conditions that are encountered in didactics because of the arrangement of their workstations. These conditions concern the ergonomics of space regarding the equipment along with the cognitive consequences on the learning process. For dealing with the presented situation, the various modes of arrangement are compared according to the guidelines of cognitive ergonomics, accompanied by relevant suggestions that were successfully applied in school practice and can be generally useful in similar occasions.
publisher Urray
publishDate 2016
url https://pasithee.library.upatras.gr/ejupUNESCOchair/article/view/2286
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