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001-es BibID:	BIBFORM120769
Első szerző:	Bujdosó Gyöngyi (informatikus, informatika, matematika, kémia tanár)
Cím:	Disruptive technologies in STEM education - A method for broadening the spectrum of IT teacher education / Bujdosó Gyöngyi, Teperics Károly, Roskó Tibor, Jász Erzsébet, Szilágyi-Czimre Klára, Molnár Ernő, Kapusi János, M.C. Novac, O.C. Novac
Dátum:	2023
Megjegyzések:	Technological changes constantly present new challenges to education which is especially true for disruptive technologies. Teacher roles are also changing at a high speed. The change is particularly marked in the case of information technology (IT) teachers, who, in addition to having to continuously renew themselves in the teaching methodology of their own discipline, which provides a constantly changing framework, must also participate in the teaching of other subjects. IT teachers have to support their colleagues in an increasingly sophisticated way. One of the highest-quality areas of this ? both from a technical and methodological point of view ? is the application of disruptive technologies in the education of various disciplines. Therefore, in the training of IT teachers and digital culture teachers, not only the methodology of IT teaching, but also the different methods of participation in the education of other fields of science should appear. This is necessary when non-IT teachers ask for help, and in the case of emerging technologies, they have to take a role in drawing attention of their colleagues to them and presenting their potential in education. In this paper, we focus on the methodological assistance provided to colleagues, and on the methods by which IT teachers can be trained for this. The method is presented by which we teach our IT teacher training students about the methodological application possibilities of disruptive technologies appearing in the education of some other disciplines. We focus on science subjects for certain reasons. We show examples and models of the potential emerging in the education of other subjects, which are not in the focus of IT teachers and digital culture teachers, related to the application of two disruptive technologies: virtual reality and eye-tracking. We give an overview of how we demonstrate to our students how STEM (science, technology, engineering, and mathematics) teachers can use these disruptive technologies to increase their student engagement and examine the effectiveness of STEM teaching. IT teachers also need to learn how to present these to their colleagues. As a result of our method, we present some student-designed ways to use these devices, tools and methods that demonstrate how to direct their colleagues' attention to them, and how to convince them that it is worth working in this area and it is worth spending time on these technologies.
ISBN:	978-84-09-52151-7
Tárgyszavak:	Műszaki tudományok Informatikai tudományok könyvfejezet könyvrészlet Disruptive technologies teacher training IT teacher teacher of digital culture teacher support teaching STEM eye-tracking Virtual Reality VR MaxWhere
Megjelenés:	EDULEARN23 Proceedings / Luis Gómez Chova; Chelo González Martínez; Joanna Lees. - p. 5684-5692. -
További szerzők:	Teperics Károly (1963-) (geográfus) Roskó Tibor (1992-) (informatikus) Jász Erzsébet (1990-) (földrajztanár) Czimre Klára (1974-) (geográfus) Molnár Ernő (1978-) (geográfus) Kapusi János (földrajz) Novac, Mihaela Novac, Ovidiu
Pályázati támogatás:	EFOP-3.6.3-VEKOP-16-2017-00002 EFOP MTA-DE MTA Korai Természettudomány-Tanulás Kutatócsoport MTA-SZTE MTA Földrajz Szakmódszertani Kutatócsoport
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001-es BibID:	BIBFORM115672
Első szerző:	Bujdosó Gyöngyi (informatikus, informatika, matematika, kémia tanár)
Cím:	Experiences with the use of virtual reality environments in education - Identifying difficulties and possible solutions during thesis work / G. Bujdosó, C.M. Novac, O.C. Novac, T. Roskó, K. Teperics
Dátum:	2022
Megjegyzések:	In recent years, virtual reality (VR) has been introduced into a special field of education at the Faculty of Informatics of the University of Debrecen, Hungary. We launched VR courses and created immersive VR environments to provide curricula for our students. Based on VR courses and available curricula, students can choose thesis topics in this field at the end of their BSc studies. During the thesis work, they have to design and create a thematic environment with an immersive VR software: the MaxWhere 3D platform. Students come to the thesis work with different prior VR experiences: Most of them encountered VR in a learning environment, i.e., they had university courses on VR or had and used curriculum in a VR environment. However, there are those who come to the thesis work without learning about VR, learned from games only about VR. Our assumption was that students in the 21st-century generation have a sense of "VR thinking" so they can seamlessly switch between the real and virtual 3D worlds. Experience has shown that this operation is not trivial for all of them. To determine the range of difficulties in thinking in VR and to explore the causes of the problems, we used the method of a personal interview survey among students. The survey found that students who did not encounter VR in an educational setting were much less able to think creatively in VR. The level of creative thinking in VR was also lower for those who had already played VR games anyway. To develop creativity in thinking about VR, we presented key information on the thesis work in a VR environment to students who plan to work in VR. Experience to date has shown positive effects in developing creative VR thinking. In this paper, we present our experiences concerning the students' thesis work on the use of VR as a framework as well as the results of the survey
ISBN:	978-84-09-42484-9
Tárgyszavak:	Műszaki tudományok Informatikai tudományok előadáskivonat könyvrészlet Virtual reality VR virtual reality in education university education higher education education MaxWhere thesis work
Megjelenés:	EDULEARN22 Proceedings / IATED. - p. 10216-10221. -
További szerzők:	Novac, Mihaela Novac, Ovidiu Roskó Tibor (1992-) (informatikus) Teperics Károly (1963-) (geográfus)
Pályázati támogatás:	SZTE MTA EFOP-3.6.3-VEKOP-16-2017-00002 EFOP
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