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PEDAGOGY OF COMPUTER SCIENCE |
ISSN 2708-4124 |
APPLICATION OF THE VIRTUAL ROBOTIC EMMULATOR IN REMOTE LEARNING N.V. Yakimchuk FULL TEXT: PDF (Rus) Abstract The article discusses the use of virtual robotic emulators for distance learning using the example of the VEXcode VR platform. An overview of the capabilities of the emulator is presented, as well as the advantages and disadvantages of its use in training. Key words Virtual emulator, robotics, programming, distance learning. Received: 03/19/2021; accepted for publication: 04/08/2021. For citation: ________________________________________ Yakimchuk N.V. Application of the virtual robotic emulator in remote learning. Electronic scientific and methodological journal “Pedagogy of computer science”. 2021;2. Http://pcs.bsu.by/2021_2/2ru.pdf Content is available under license Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. About the authors: N. V. Yakimchuk
References 1. Yakimchuk N.V. Formirovaniye professional'noy samostoyatel'nosti studentov pri izuchenii osnov robototekhniki [Formation of professional independence of students in the study of the basics of robotics]. Fiziko-matematicheskoye obrazovaniye: tseli, dostizheniya I perspektivy: materialy Mezhdunar. nauch.-prakt. konf., Minsk, 10–13 maya 2017 g. – Minsk: BGPU, 2017:160–162. (In Russian). 2. Kazachenok V.V. Tendentsii I modeli razvitiya obrazovaniya XXI veka [Trends and models of education development in the XXI century]. Matematyka. 2018;5:3–8. (In Russian). 3. VEXcode VR [Electronic resource]. Texas, 2021. URL: https://kb.vex.com/hc/en-us/articles/360046688872-Teaching-with-VEXcode-VR (date of access: 08.04.2021) 4. Majherova J., Kralik V. Innovative methods in teaching programming for future informatics teachers. Europ. J. of Contemporary Education. 2017;6(3):390–400. 5. Yakimchuk N.V. Ispol'zovaniye robotov robotisbioloid premium v prepodavanii programmirovaniya dlya budushchikh uchiteley informatiki [Using robots robotisbioloid premium in teaching programming for future computer science teachers]. Obrazovatel'nyye informatsionnyye tekhnologii i robototekhnika: materialy resp. nauch.-prakt. konf., Minsk, 27–28 marta 2018 g. – Minsk: BGPU, 2018:289–293.(In Russian). |