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Title:Kibernetsko-fizični sistemi edukacijske robotike : doktorska disertacija
Authors:ID Veber, Matej (Author)
ID Aberšek, Boris (Mentor) More about this mentor... New window
ID Pesek, Igor (Comentor)
Files:.pdf DOK_Veber_Matej_2023.pdf (17,74 MB)
MD5: 546BE05244D54512DD9E1EBC1F46D7D6
 
Language:Slovenian
Work type:Doctoral dissertation
Typology:2.08 - Doctoral Dissertation
Organization:FNM - Faculty of Natural Sciences and Mathematics
Abstract:Digitalizacija industrijskih procesov se globalno implementira, vse bolj pa se tehnologije implementirajo tudi v vsakdanje življenje. Posameznik je vse bolj vključen v procese uporabe tehnologij na strokovnem in zasebnem področju. Konkurenca je neizprosna, zato mora biti posameznik prilagodljiv, kreativen, IKT pismen, komunikativen, samoiniciativen, skrbeti mora za okolje in uspešno sodelovati v timu, zaradi česar se mora vzporedno preoblikovati tudi izobraževalni sistem. Trenutno izobraževanje ne sledi možnostim in razvoju tehnologij. Sprašujemo se, kako v tradicionalni učni proces vključiti tehnologije, kako učni proces prilagoditi tem tehnologijam, kako med izobraževalnim procesom s sodobnimi tehnologijami vplivamo na motivacijo slušateljev in doseganje višjih učnih ciljev. Disertacija vsebuje rezultate raziskave sodobnega učnega modela, ki obravnava problemsko in raziskovalno usmerjeno izobraževanje slušateljev z uporabo kibernetsko-fizičnih sistemov. Predlagan je referenčni model za izobraževanje v srednjem strokovnem izobraževanju (SSI) na področju industrijske robotike v 21. stoletju, ki temelji na inovativnem kibernetsko-fizičnem didaktičnem modelu (KFMI). Izvedli smo meritve proceduralnega časa reševanja problemov, izvedli in evalvirali vprašalnik, učni model podprli z meritvami EEG kognitivnih aktivnosti slušateljev in rezultate znanstveno evalvirali. Z uporabo tehnologije navidezne realnosti v izobraževalnem procesu lahko vplivamo na izboljšanje prostorskega in vizualnega spomina. Intenzivnejša grafična reprezentacija informacij vpliva na več centrov v možganih in s tem na oblikovanje več nevronskih povezav. S kratkotrajnim usposabljanjem v virtualnem svetu lahko učinkoviteje vplivamo na učenje proceduralnih znanj kot s klasičnimi metodami učenja. Iz proučenih virov lahko sklepamo, da novejši pristop k poučevanju robotike v tej obliki še ni na voljo. Možnost uporabe sodobnih tehnologij v izobraževalnem procesu in možnost razvoja usposabljanja na tem področju je potrebno raziskati in podati smernice za nadaljnje raziskovanje.
Keywords:kibernetsko-fizični sistemi, VR tehnologije, izobraževalna robotika, razvoj sodobne metode izobraževanja
Place of publishing:Maribor
Place of performance:Maribor
Publisher:[M. Veber]
Year of publishing:2023
Number of pages:XIV, 158 f.
PID:20.500.12556/DKUM-83964 New window
UDC:37.091.3:[62:007.52](043.3)
COBISS.SI-ID:163198979 New window
Publication date in DKUM:05.09.2023
Views:781
Downloads:116
Metadata:XML DC-XML DC-RDF
Categories:FNM
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Licences

License:CC BY-NC-ND 4.0, Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International
Link:http://creativecommons.org/licenses/by-nc-nd/4.0/
Description:The most restrictive Creative Commons license. This only allows people to download and share the work for no commercial gain and for no other purposes.
Licensing start date:23.03.2023

Secondary language

Language:English
Title:Cyber physical systems of educational robotics
Abstract:The digitalisation of industrial processes is being implemented worldwide and technologies are increasingly used in everyday life. Individuals are increasingly involved in the processes of technology use in their professional and private lives. Competition is relentless and demands flexibility, creativity, ICT skills, communication skills, initiative, environmental awareness and successful teamwork from the individual, which requires a parallel transformation of the education system. Currently, education is not keeping pace with the possibilities and developments of technology. The question arises how technologies can be integrated into the traditional learning process, how the learning process can be adapted to these technologies, how the motivation of learners and the achievement of higher learning goals can be influenced during the educational process with modern technologies. The dissertation contains the results of an investigation of a contemporary learning model that deals with problem- and inquiry-based education of learners using cyber-physical systems. Based on an innovative cyber-physical didactic model (CPLM), a reference model for secondary vocational education (VET) in the field of industrial robotics in the 21st century is developed. We conducted procedural problem-solving time measurements, implemented and evaluated a questionnaire, supported the learning model with EEG measurements of the learners' cognitive activities and scientifically evaluated the results. The use of virtual reality technology in the educational process can be used to improve spatial and visual memory. The more intensive graphic representation of information influences more centres in the brain and thus the formation of more neuronal connections. Short-term training in a virtual world can have a more effective effect on learning procedural skills than traditional learning methods. From the sources consulted, it can be concluded that a newer approach to robotics education is not yet available in this form. The possibility of using modern technologies in the educational process and the possibility of developing training in this area should be explored and guidelines for further research should be established. 
Keywords:Cyber physical systems, VR technologies, educational robotics, development of modern educational method


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