Application of mivar technologies for students

L. E. Adamova ; O. O. Varlamov

News of the Kabardin-Balkar scientific center of RAS, no. 1 (2020), pp. 18-34.

Résumé

In order to match better the employers requirements and increase the universities competitiveness providing economic and engineering education, it is proposed to use new tools for training students, such as individual trajectories and other forms of training individualization. It is important to take into account the requirements of Federal state educational standards (FSES). However, the FSES retains enough alternatives for individualizing training in specialization choosing in a certain professional field. For example, for students studying information technologies such specialization may be in the choice between different economic sectors: banks, telecommunications, industrial production, logistics, automotive industry, Internet companies, social networks, etc. Individualization of training may consist in a more detailed study of one of the areas in it: databases; expert systems; distributed registries; artificial intelligence; image recognition; natural language understanding; automated systems and technological processes management; robotics, etc. Opportunities for individualizing student learning be even within the FSES. Examples of training individualization of BMSTU students are presented. Practical work has shown that individualization complicates the work and increases the time spent by University staff on managing trajectories in student training. Achievements of mivar technologies of logical artificial intelligence allow automating routine operations for managing individual students trajectories. In general, artificial intelligence can help in almost all tasks of economic and engineering education in the transition to continuous training of people "through all life".

Détail

Keywords: individualization of training, motivation, life strategy, elective disciplines, artificial intelligence, economic systems, expert systems, decision-making systems, robots.
Mots-clés : mivar, mivar nets

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