Electrical Power Industry and Electrical Engineering
Specialization: none
Academic degree: MSc
Study period: full-time – 1 year, part-time – 1 year, 6 months
The program provides students with up-to-date knowledge and skills required for engineers in the field of modern electrical power industry. Along with that, it teaches students to solve industry challenges and deploy high-level solutions to the problems affecting the world of electrical engineering today.
The curriculum is built around the core technical modules in combination with project-based activities. It implies an in-depth power engineering training and allows to form professional competences in up-to-date areas. Among them are design, modeling and energy system design, resource and energy saving, alternative energy and secondary energy resource use. Students also perform research in the current direction.
You will learn
Electrical Power Industry and Electrical Engineering
  • to use the achievements of science and advanced technologies in the sphere of electrical power
  • to imply modern methods for the design of electrical power systems and networks, electrical parts of power plants, substations, and power supply systems
  • to use computer-aided design systems
  • to compile design documentation
  • to develop proposals on improvement of the efficiency of energy resources use
  • to develop plans and programs for organizing innovative activities, feasibility studies of innovative projects in professional activities
  • to prepare and give classes, manage students’ research work, develop educational and methodological support of academic activities
You can work at
  • industrial enterprises
  • enterprises and organizations connected with production, distribution, consumption, audit and management of electricity and energy sources
  • enterprises connected with audit and management of electricity and energy sources
  • scientific and research centers and labs
  • higher education institutions





Electrical Power Industry and Electrical Engineering
Majors
  • Energy Efficient Technologies in Power Engineering and Industry
  • Modern Issues of the Electrical Power Industry
  • Design and Modeling of Power System
  • Alternative Energy
  • Resource and Energy Saving
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