Electrical Energy and Electrical Equipment with Renewable Sources of Energy

The Master degree graduate in Electrical Energy and Electrical Equipment in Mines and Electrical Energy and Electrical Equipment with Renewable Sources of Energy can be engaged in research, design and construction work, management, technology and other activities connected with the production, distribution and use of electrical energy in the sphere of:
  − Electricity distribution systems of industrial and mining enterprises, geological sites, enterprises for mining, transport and storage of oil and gas;
  − Systems, including renewable sources of energy;
  − Electricity supply systems for explosion-hazardous productions;
  − Technical safety and labour protection;
  − Marketing and commercial activity in the electrical energy sector;
  − Studying the energy efficiency of the technological processes, machines, units, facilities, finding the narrow places and justification of contemporary means for increasing the energy efficiency;
  − Design and control of contemporary systems for measuring and controlling the quality of electrical energy;
  − Assessment of the consumers impact on the quality of electrical energy;
  − Design of electrical power stations with renewable sources of energy.
The Master degree graduate in Electrical Energy and Electrical Equipment in Mines and Electrical Energy and Electrical Equipment with Renewable Sources of Energy can work at all positions where University education is required for Electrical Energy and Electrical Equipment in different production enterprises, scientific and research centres and institutes, design and construction companies, commercial companies, bodies for control of the occupational safety and health; central and local state authorities. The Master degree graduate is prepared:
  −  to work in the field of his/her qualification where he/she disposes of in-depth fundamental, broad profile and specialized professional preparation;
  −  to apply contemporary information technologies in the production, research, design, construction and management activity;
  −  to increase and further develop their skills and knowledge, to qualify and re-qualify in other sectors;
  −  to elaborate and to carry out scientific and experimental research;
  −  to carry out complex technical and economic evaluation of the developed projects, systems and technologies for production, distribution and use of electrical energy;
  −  to apply contemporary information technologies and methods for modeling in the exploitation and design of electrical and technical systems;
  −  to organize and manage teams for building, adjustment, exploitation and repair of electrical and technical systems;
  −  to improve the working regime of complex technical systems.