About the training program
The program prepares specialists for the digital power industry and high-tech industry. Learning from the classical school of electromechanics, students master modern tools: automated design systems, software for calculating electrical machines, numerical field modeling, digital twins, model-oriented design (in Engee, SimInTech environments, and in Julia language), power electronics on SiC/GaN components, and predictive diagnostic systems using machine learning. Graduates are able to design and operate electrical machines, transformers, switching and electronic devices and intelligent control systems for them.
What do graduates do?
Graduates work in the power industry and electrical engineering — they are engaged in the generation, transmission, and distribution of electricity, maintenance of digital substations and renewable energy systems. They are in demand in the rocket and space industry and shipbuilding (design of electrical equipment), oil and gas, and metallurgical industries. Their competencies are in demand in the field of urban and long-distance electric transport, electric vehicles, and unmanned vehicles. Specialists design and maintain electric machines, transformers, switching equipment, predictive diagnostic systems, and equipment for housing and communal services, agriculture, and industry.
