Development of a digital educational platform for remote completion of virtual laboratory works on modern SHF and EHF radio systems

To develop a digital multilingual educational platform (Kazakh, Russian, English) for the remote completion of laboratory works on modern SHF and EHF radio systems using virtual reality technology.

In the first year of the project, an analysis of international experience in developing and implementing digital educational platforms for studying modern SHF and EHF radio systems was presented, together with general requirements for the software complex of a digital educational platform running on a personal computer and designed for the remote completion of specialized radio engineering laboratory works. As a result, a concept was developed for transforming a standalone virtual laboratory into a remotely accessible laboratory. A method for dividing it into parts and adapting them to a client–server architecture was proposed. A protocol for interaction between the client and server modules of measuring instruments and devices and a method of data exchange over the network were developed. In addition, the main requirements for the software complex of the digital educational platform were defined: the client software must run on the user's device under any OS (Windows, Android); the client must work on most mobile devices; the client must be as small as possible and independent of the number of laboratory works and of the software implementation of most measuring instruments and devices under study; the server software must allow easy upgrading of the models of measuring instruments and devices under study; the virtual laboratory must allow easy upgrading and extension, i.e. adding new measuring instruments and devices should not require significant reworking of the code; and the virtual laboratory works must adequately describe all physical processes occurring in the devices under study.

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