- Students acquire complete second level of higher education in engineering with mastering the principles and methods of the design and control of complex electrical, power and lighting equipments and systems; - students become experts in the field of electrical engineering focusing on electrical power engineering; - students gain profound theoretical knowledge in the field of the generation, transmission, and distribution of electricity, designing in electrical power engineering, operation and control of power systems, exploiting materials and technologies in the electrical power industry; - students acquire higher degree of specialization in the selected area concerning the generation and transmission of electricity, protection, and control of power system, smart systems, electrical drive systems, power electronics, electrothermal and lighting technology; - students get extensive knowledge in using of various computer numerical simulation tools. Student become familiar with advanced information and communication technologies, accomplishing skills to use these appropriately in the practice; - Thanks to acquired abilities and skills the graduates profile themselves as universal personalities capable of establishing himself in other areas of electrical engineering.
- Students are able to analyse, understand and control the processes in electrical engineering and electrical power engineering; - Students can think analytically and critically evaluate the state-of-the-art in science and technology; - Students can investigate, identify and present their own solutions to the problems in research, development, design, and construction of electrical devices, equipment, and electrical power systems; - Students can manage work teams, lead projects independently, assume responsibility for fulfiling the given tasks, and work creatively in a broader context using knowledge on technical, economic and business processes and procedures to help improve the organization’s performance and achieve its goals; - Students are able to find job in the corresponding sectors of the electrical engineering industry, in particular in the electrical power industry; - Students are ready to continue in the study programme of the third level of higher education focusing on electrical engineering or related technical fields or to enter the labour market immediately.
- the student is a harmonious and creative personality with civic and social responsibility; - the student has managerial, economic, legal, ecological, and ethical awareness, and can apply it in the performance of the profession; - the student can take responsibility for working out and managing professional projects while being aware of their impact on the society and the surrounding environment and to consider the principles of health and safety at work; - the student has related knowledge considering economic, ecological, and legislative aspects in the field of electrical power engineering industry; - the student can present the results achieved by his creative activity at an appropriate level, even in a foreign language. - the student can work in all enterprises with business activities related to the generation and transmission of electricity, the construction, operation, and design of electrical power equipment and systems, increasing efficiency, and reducing the energy consumption of electrical power equipment and systems.
Graduate of the Electrical Power Engineering study programme can continue in the doctoral study in the following Electrical Power Engineering study programme or related technical fields. The versatility of this engineering study programme allows the graduate to be employed in all countries of the European Union in the industry associated with electrical power engineering and lighting technology wherever the second level of higher education is required. The graduate can also find a job in related industrial fields (construction industry, mechanical engineering, transport, environmental science, etc.), where the cooperation of these fields with the electrical power industry or acquired competencies of the graduate is required. The graduate is skilful in the production and research area in the electrical power industry and related areas. The advantage of a graduate of the Electrical Power Engineering study programme is a complex and broad-spectrum knowledge, beginning with static and dynamic phenomena in the power system, through associated areas such as power electronics, modern electrical drive systems, cables and lighting technology, and up to specific domains such as smart grids or building installations. The graduate understands how to implement acquired skills and habits in various technical areas. The graduate of the study programme can find employment on the labour market in all relevant sectors of the economy – private, public and state sectors, in particular in the positions of designers, developers and technicians in various types of enterprises or their self-standing business activities.
Professions where graduates of the study programme Electrical Power Engineering can find a corresponding job according to the Classification of Occupations (sustavapovolani.sk): Electrical Engineer Manager, R&D Engineer Specialist, Quality Control and Assurance Specialist, Electrical Maintenance Specialist, Renewable Energy Systems Specialist, Nuclear Power Generation Engineer, Substation Technician, Lighting Technician, Measurement Systems Designer, Primary Circuit Operator in Nuclear Power Plant, Power Distribution Specialist, Power System Design Engineer, Power Engineering Project Manager, Nuclear Power Plant Safety Specialist, Power Plant Control Specialist, Global Energy Risk Analyst, Electrical Power, Lighting and Heating Equipment Designer, Energy Consultant, Dispatcher (e.g. generation, power system, transmission system), Technical Expert (in the field of power engineering sector).
Ing. Ľubomír Turanský, PhD., Slovenské elektrárne, a.s. Ing. Ľuboš Skurčák, PhD., VUJE, a.s. Ing. Vladimír Ondrejka, PhD., SE, a.s.- Elektrárne Mochovce, o.z. Ing. Matúš Kováč, PhD., ABB s.r.o. Ing. Martin Jedinák, PhD., Slovenská elektrizačná prenosová sústava, a. s. Ing. Martin Horák, PhD., Západoslovenská distribučná, a.s.
An evaluation of the quality of the study programme has been provided by the following employers: PPC ČAB, a.s., ABB s.r.o., Slovenská elektrizačná prenosová sústava, a.s., , OKTE, a.s., Schrack Technik s.r.o.,, Úrad pre reguláciu sieťových odvetví, AMI spol. s r.o.Members of the board of the Electrical Power Engineering study programme, namely Ing. Zoltán Kovács, CSc., Ing. Martin Jedinák PhD., Ing. Vladimír Ondrejka PhD. (see annex), approved the compliance of the acquired qualification with the requirements of the power engineering sector,
