Objective of EP

The purpose of the educational program is intensive practice-oriented training in the direction of the industrial Internet of Things for the development of complex Internet of Things systems including sensor-based data collection modules, signal/data conversion and processing modules, secure data transmission systems, algorithms for data collection, processing and storage on the server, data visualization technologies, and feedback systems, control and/or automation of the technological process. In addition, the EP is also focused on the construction of cyber-physical systems (digital twins), industrial storage and intelligent data processing.

List of a specialist’s positions

• Internet of Things Specialist;
• Electrical and/or Electronics Engineer;
• Hardware Engineer;
• Control Systems Engineer;
• Embedded Systems Engineer;
• Research Assistant;
• IoT Systems Software Engineer;
• Cloud IoT Systems Engineer;

Learning outcomes of EP

• To be able to express ideas and arguments on the topic of information technology in writing and orally, speak to an audience and defend a point of view in the state, English and in the language of interethnic communication.
• Know the main classes of ICT systems, tasks and tools, understand the domain areas of their application and justify the choice when solving problems.
• Applies theoretical and practical knowledge of natural sciences, methods of mathematical analysis and modeling, theoretical and experimental research to solve educational, practical and professional problems.
• Is able to participate in the installation, commissioning, testing and commissioning of control and automation systems based on Internet of Things technologies, participate in the technological preparation of Internet of Things systems for various purposes and the principle of operation;
• Owns the main modern chemical, physico-mechanical, electron-optical methods used in the development of Internet of Things systems, both for household and industrial purposes;
• Has the skills of mathematical and cyber-physical modeling to build models of technological and production facilities, phenomena and systems, as well as descriptions of dynamic processes;
• Is capable of setting up, configuring and pilot testing of embedded systems in laboratory conditions and at production facilities;
• Is able to select typical sensors, embedded systems, data transmission, storage and visualization technologies for the design of a control system and/or automation of a technological process using the Internet of Things concept, as well as to pre-evaluate the economic efficiency of technological processes;
• Know electronic and mechanical devices (and their components) of the Industrial Internet of Things; understand the principles of their operation and operation, the technology of connection to the network and management, understand the issues of industrial safety and occupational safety at work;
• Applies knowledge and understanding at the professional level of the organization of the safety of the life of production personnel and the population, formulates arguments and solutions for their protection, including in the event of an emergency;
• Applies knowledge and understanding of facts, phenomena, theories and complex dependencies between them in the development of functional and structural schemes of complex systems of the Internet of Things for industrial purposes using standard computer design tools;
• Be able to design solutions for industrial Internet of Things systems, including the development of project documentation, the selection of the main nodes of complex industrial Internet of Things systems, the organization of information security protection;
• Have a systemic understanding of the role of individuals and events in shaping the current situation; the ability to critically evaluate and position actions regarding complex social processes in light of historical factors;
• To use a variety of physical activities to maintain and promote health in a meaningful way;