Power Engineering, Automation and Renewable Energy Sources
Study Programme
Power Engineering, Automation and Renewable Energy Sources
Degree Programme
First cycle degree programme
Level of qualification
Bachelor of Science in Electrical Engineering and Information Technologies, in Power Engineering, Automation and Renewable Energy
Occupational Profiles of Graduates
Graduated engineers from this profile are empowered with skills to work in power sector (power plants utilities, energy transmission and distribution) in industry, small and medium enterprises, engineering and consalting companies as well as in research and development centers and educational institutions. Graduate engineers have a unique opportunity to contribute in power sector that is the most sustainable employer since many decades. Power and Industry offer many opportunities for well paid jobs and successful carrier. Working in the field of Renewable Energy Sources offers great opportunities and chalenges for young engineers in contemporary environment. This profile of graduate electrical engineers with internationally recognized diploma, are required in engineering&consalting, public sector, power&supply companies in the country and abroad.
The Programme Learning Outcomes
The study programme provides graduated electrical engineer with high-level educated research skills and competencies for design, professional development and put into operation the power plants and devices, in entire power system (production, transmission and distribution) utilizing the principles of electro-thermical and electro-mechanical energy conversion. The further educational goals are: Variable speed and torque control of electrical drives; Design and process automatisation; Modelling analysis and design of electrical machinery and transformers by means of advanced software tools; Efficiency and reliable industry/haushold energy consumption. Electrical engineers with this profile have the chance to work with esteemed innovators, engineers, and scientists to develop economically viable and environmentally sustainable clean-energy systems that utilize renewable energy sources, with emphasis on wind, solar, and water power exploitation. Furthermore students have the opportunity to gain practical skills for investigationg RES and testing the machinery and equipment in our modern laboratory.