Recent postdigital transformations of undergraduate learning processes in the study of multidisciplinary materials science Online publication date: Mon, 22-Jul-2019
by Alexander V. Perig; Nikolai N. Golodenko; Oleksii V. Lapchenko; Violetta M. Skyrtach; Alexander A. Kostikov; Oleg V. Subotin
International Journal of Continuing Engineering Education and Life-Long Learning (IJCEELL), Vol. 29, No. 3, 2019
Abstract: The present educational paper is focused on the creative rethinking and improvement of undergraduate curriculum in multidisciplinary materials science and engineering through the authors-proposed formulation of a new pedagogical hypothesis concerning the functioning modes of a two-tiered mathematical model of student memory. The didactic novelty of this original article is supported by the development and student-friendly interpretation of an original phenomenological model for an applied mathematical description of a typical geometric shape of student memorisation curve and a simplified estimation of student learning dynamics based on the concepts of learning-forgetting theory. The physical meaning of the authors-proposed memory hypothesis and phenomenological learning model is shown through the introduction of an electrical scheme which illustrates the idea of a novel phenomenological model of student memory. The author-proposed original didactic approach substantially broadens and extends student ideas concerning practical possibilities of applied mathematical modelling of educational problems of learning and instruction.
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