文章基本信息

标题：E-Learning Technologies for Future Teachers: Introduction of Educational Innovations in Higher School Practice
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作者：Andrii LYTVYNOV ; Yana TOPOLNYK ; Larisa CHUMAK 等
期刊名称：Brain. Broad Research in Artificial Intelligence and Neuroscience
印刷版ISSN：2067-3957
出版年度：2022
卷号：13
期号：1
页码：403-421
语种：English
出版社：EduSoft publishing
摘要：Mass introduction of e-learning in the higher education system due to spread of the pandemic has led to a search for effective information technologies and their adaptation, taking into account peculiarities of professional training of specialists in a particular field of knowledge. Based on the theoretical analysis, the conditions for ensuring professional growth of higher education teachers in accordance with the requirements of innovative development of society (improvement of professional education, continuing professional development, introduction of innovative pedagogical technologies, etc.) are established. Peculiarities of e-learning of specialists of pedagogical specialties and its functions in the process of their professional training are determined. The content of the concept of “e-learning” and ways to ensure its effectiveness (scientifically sound selection of the content of training courses, creation of discussion groups, feedback and online counselling).Innovative technologies of e-learning in the practice of higher education (gamification of the training process, use of cloud-based systems, information systems of intellectual teaching, mobile learning technologies, as well as virtual and augmented reality) are characterized. Their advantages, disadvantages and possibilities of introduction into the system of professional training of future teachers are determined. Creation of a model of continuous distance learning for high school teachers and experimental verification of its effectiveness seem promising.
关键词：Specialists in pedagogical specialties;improvement of the educational process;information technologies;gamification of the educational process;mobile learning;virtual reality;cloud-oriented systems