Learning in virtual space: an intergenerational pilot project

Introduction: More and more educational institutions are discovering the advantages of settings for digital teaching and learning and the technology of virtual reality (VR). This also holds true for the BZ Pflege in the field of continuing education with age-heterogeneous groups of participants. The...

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Main Authors: Schlegel, Claudia, Geering, Alain, Weber, Uwe
Format: Article
Language:deu
Published: German Medical Science GMS Publishing House 2021-02-01
Series:GMS Journal for Medical Education
Subjects:
Online Access:http://www.egms.de/static/en/journals/zma/2021-38/zma001433.shtml
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spelling doaj-fedd15c73f714caab62bf4c3d0acf89d2021-02-19T07:26:34ZdeuGerman Medical Science GMS Publishing HouseGMS Journal for Medical Education2366-50172021-02-01382Doc3710.3205/zma001433Learning in virtual space: an intergenerational pilot projectSchlegel, Claudia0Geering, Alain1Weber, Uwe2Berner Bildungszentrum Pflege, Bern, SwitzerlandBerner Bildungszentrum Pflege, Bern, SwitzerlandBerner Bildungszentrum Pflege, Bern, SwitzerlandIntroduction: More and more educational institutions are discovering the advantages of settings for digital teaching and learning and the technology of virtual reality (VR). This also holds true for the BZ Pflege in the field of continuing education with age-heterogeneous groups of participants. The question arises whether baby-boomers and X and Y generation learners accept, understand and perceive the digital form of learning with VR glasses as beneficial for their learning.Project description: A course has been developed with the goal of teaching the anatomy of the heart by immersive visualisation. A questionnaire was used to determine how the use of VR glasses influenced participants` learning, acceptance, understanding and cognitive load.Results: The participants reacted positively to the VR technology. The new learning technology did not lead to cognitive overload. Participants indicated that they were able to link new knowledge with already existing knowledge. They also found the VR glasses easy to use.Conclusion: From the perspective of participants and project management alike, it can be said that age- heterogeneous groups present no obstacle for new innovative teaching methods, such as the use of VR glasses.http://www.egms.de/static/en/journals/zma/2021-38/zma001433.shtmlvirtual realitygenerationslearning
collection DOAJ
language deu
format Article
sources DOAJ
author Schlegel, Claudia
Geering, Alain
Weber, Uwe
spellingShingle Schlegel, Claudia
Geering, Alain
Weber, Uwe
Learning in virtual space: an intergenerational pilot project
GMS Journal for Medical Education
virtual reality
generations
learning
author_facet Schlegel, Claudia
Geering, Alain
Weber, Uwe
author_sort Schlegel, Claudia
title Learning in virtual space: an intergenerational pilot project
title_short Learning in virtual space: an intergenerational pilot project
title_full Learning in virtual space: an intergenerational pilot project
title_fullStr Learning in virtual space: an intergenerational pilot project
title_full_unstemmed Learning in virtual space: an intergenerational pilot project
title_sort learning in virtual space: an intergenerational pilot project
publisher German Medical Science GMS Publishing House
series GMS Journal for Medical Education
issn 2366-5017
publishDate 2021-02-01
description Introduction: More and more educational institutions are discovering the advantages of settings for digital teaching and learning and the technology of virtual reality (VR). This also holds true for the BZ Pflege in the field of continuing education with age-heterogeneous groups of participants. The question arises whether baby-boomers and X and Y generation learners accept, understand and perceive the digital form of learning with VR glasses as beneficial for their learning.Project description: A course has been developed with the goal of teaching the anatomy of the heart by immersive visualisation. A questionnaire was used to determine how the use of VR glasses influenced participants` learning, acceptance, understanding and cognitive load.Results: The participants reacted positively to the VR technology. The new learning technology did not lead to cognitive overload. Participants indicated that they were able to link new knowledge with already existing knowledge. They also found the VR glasses easy to use.Conclusion: From the perspective of participants and project management alike, it can be said that age- heterogeneous groups present no obstacle for new innovative teaching methods, such as the use of VR glasses.
topic virtual reality
generations
learning
url http://www.egms.de/static/en/journals/zma/2021-38/zma001433.shtml
work_keys_str_mv AT schlegelclaudia learninginvirtualspaceanintergenerationalpilotproject
AT geeringalain learninginvirtualspaceanintergenerationalpilotproject
AT weberuwe learninginvirtualspaceanintergenerationalpilotproject
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