Study programme elektroenergetika
Basic information
Study programme in national registry: elektroenergetikaGuaranted by: Faculty of Electrical Engineering and Informatics
Study field: Electrical and Electronics Engineering
Level of degree: 2
Form of study: present
Degree: Ing.
Length of study in years: 2
Professionally oriented: No
Joint study programme: No
Languages of delivery: english language, slovak language
Graduate profile
DescriptionA graduate of the 2nd degree of the Electrical Engineering study program has knowledge in the field of production, transmission, distribution, and consumption of electrical energy and masters the necessary programming techniques. He understands the principles of optimal economic use of electric power and high-current equipment and evaluates their impact on the environment. He understands the basic principles in the field of high voltage technology, control of electrical systems, design of electrical equipment, and protection systems. He is able to perform work in energy production plants, distribution companies, energy dispatching, design institutes, and in the field of management of energy companies.
Learning objectives
A graduate of the 2nd level of the Electrical Power Engineering study program in the Electrical Engineering field of study understands processes in a specialized field, including knowledge of contexts and relationships to related fields, knows and understands theories, methods and procedures that are used in the field, with possible application in science and research. He can actively acquire new knowledge, formulate new hypotheses, evaluate theories, propose new or innovate existing concepts and implement new procedures and knowledge obtained on the basis of his own complex analysis or scientific research. He can creatively solve theoretical and practical tasks using experimental approaches and computational tools, he can formulate recommendations for the development of a given scientific or work area. The graduate is characterized by innovative, creative thinking, can solve problems, coordinate procedures in teams and make independent and responsible decisions in a changing environment. He is able to present the results of his creative work in front of the professional community, communicate professional opinions, work on his own professional growth, participate in technical progress. He can work in a team and independently, he has the prerequisites for managing projects in the phase of development, modification and innovation of technical equipment or construction, he knows how to design electric power systems, analyze and optimize their properties, conduct research oriented to the field of electric power. At the same time, the graduate is ready to take responsibility for his activities and decisions, taking into account wider social consequences.
Main learning outcomes
Graduate of the bachelor's study program Electrical Power Engineering: - Has developed knowledge in the field of production, transmission, distribution, and consumption of electrical energy, understands the principles and functions of optimal economic use of electric power and high-current equipment, and understands their impact on the environment. He understands the basic rules in the field of high voltage technology, and control of electrical systems, he understands the design of electrical networks and stations and protection systems serving to ensure the safe and reliable operation of equipment for the production, distribution, and transmission of electrical energy. He can solve these processes, from the design, through projecting and operation, with the help of deploying modern methods with regard to the optimization of the operation of the equipment with the use of computer technology. Knows and understands theories, methods, and procedures that are used mainly in the field of electric power engineering, with subsequent possible applications in science and research. - He has skills in the field of designing electrical equipment, and he has acquired the necessary habits that will allow him to quickly adapt to the needs of the labor market, which will enable him to apply in a wide range of professions related to the field. Can creatively solve problems, tasks, and assignments in new or unfamiliar environments, in broader contexts that go beyond the field of study. He knows how to actively acquire new knowledge and information and knows how to use them creatively in the development of the field, while he can creatively solve practical tasks using theory and research and development procedures. He is able to communicate professional opinions with experts and at the same time, he is able to clearly present conclusions and justifications to experts as well as to lay addressees. - He is able to integrate knowledge, coordinate procedures in teams, and make independent and responsible decisions in a changing environment, while he is ready to take responsibility for his actions and decisions. He can formulate information about the procedure and results of solving tasks, he can analyze a problem, and synthesize a new solution. He got enough opportunities to creatively apply the acquired knowledge and abilities independently in the context of work and non-work practice, and at the same time, to be motivated but also able to develop them during further education, respectively. self-study.
Professions
Professions for which the graduate is prepared at the time of completion.
- Operátor sekundárneho okruhu jadrovej elektrárne 7
- Špecialista energetik distribúcie elektrickej energie 7
- Materiálový technológ v elektrotechnike 7
- Špecialista riadenia kvality v elektrotechnike 7
- Špecialista elektrotechnik technológ 7
- Špecialista energetik prevádzky riadiacej techniky 7
- Špecialista energetik výroby elektrickej energie v jadr... 7
- Špecialista riadenia bezpečnosti jadrovej elektrárne 7
- Špecialista správy a údržby energetických zariadení 7
- Špecialista zariadení a systémov obnoviteľnej energie 7
- Technik elektrickej stanice 7
- Technik palivového hospodárstva v jadrovej elektrárni 7
- Konštruktér neštandardných meracích systémov 7
- Operátor primárneho okruhu jadrovej elektrárne 7
- Riadiaci pracovník (manažér) v elektroenergetike 7
- Riadiaci pracovník (manažér) v tepelnej energetike 7
- Špecialista energetik kontroly a riadenia kvality 7
- Špecialista energetik prípravy prevádzky 7
- Špecialista energetik technického a technologického roz... 7
- Špecialista energetik vo výskume a vývoji v jadrovej en... 7
- Špecialista energetik výroby elektrickej energie v tepe... 7
- Majster (supervízor) v elektrotechnickej výrobe 7
- Riadiaci pracovník (manažér) v elektrotechnickej výrobe 7
- Špecialista kontroly kvality testovacích zariadení 7
- Dispečer vo výrobe elektrickej energie v tepelnej elekt... 7
- Dispečer hydroenergetického dispečingu 7
- Špecialista elektrotechnik vo výskume a vývoji 7
- Technik alternatívnych zdrojov energie 7
- Technik energetik projektant, konštruktér 7
- Špecialista energetik technického a technologického roz... 7
Employability
Evaluation of the study programme graduates employabilityYear: 2018 Source: https://uplatnenie.sk/?degree=V%C5%A0&vs=709000000&faculty=709040000&field=2675T02&year=2018 Number of graduates: 40 Average salary: 1351 euros Half of the graduates earned more than: 1348 euros TOP 3 industries in which graduates worked: - Industrial production (22%) - Supply of electricity, gas, steam and heat. air (19%) - Professional, scientific and technical activities (19%) TOP 3 jobs in which graduates worked: - Electrical engineers and energy specialists (44%) - Application programmers (16%) - Electrical and energy engineers (9%) Employment: 85% Contract workers: 0% SZČO: 3% On maternity leave: 0% Unemployed: 8% Continuing studies: 3% Others (working abroad, voluntarily unemployed): 3% Year: 2019 Source: https://uplatnenie.sk/?degree=V%C5%A0&vs=709000000&faculty=709040000&field=2675T02&year=2019 Number of graduates: 15 Average salary: 1231 euros Half of the graduates earned more than: 1225 euros TOP 3 industries in which graduates worked: - Supply of electricity, gas, steam and heat. air (36%) - Construction (36%) - Information and communication (18%) TOP 3 jobs in which graduates worked: - Electrical and energy engineers (55%) - Electrical engineers and energy specialists (9%) - System administrators (9%) Employment: 73% Contract workers: 0% SZČO: 0% On maternity leave: 0% Unemployed: 0% Continuing studies: 13% Others (working abroad, voluntarily unemployed): 13%
Evaluation of the study programme quality by employers
Based on the submitted documents and the knowledge gained during the discussion within the meeting of the ŠP Elektroenergetika Council, representatives of external parties from practice welcome and support the existence and development of the study program of Elektroenergetika, which is characterized not only by a narrow focus on specialization in the field of electric power but also by a certain degree of interdisciplinarity within the field electrical engineering. Interdisciplinarity and thus also the production of graduates, who can find employment in various fields of electrical engineering but also other job positions and specializations in electrical engineering, is enhanced by the fact that the pedagogical activity is covered by several departments of the faculty. From their point of view, employers were, are, and will be interested in applying graduates of the mentioned study program in practice. There is already a serious lack of qualified experts in this field, which is beginning to cause problems with filling vacant positions and which, to a certain extent, hinders the faster development of the industry in the field of electric power and related areas of electrical engineering in Slovakia and especially in the eastern Slovak region. Employers, therefore, see a high need for the aforementioned study program for practice and guarantee employment for all successful graduates if they are interested in working in the given field. According to the official material from 1.6. 2022 from the Sector-driven Innovation project provided by Trexima, the education in the Electrical Engineering study program is the 5th best out of 209 technical in Slovakia related to the Sector Council for Energy, Gas, and Electricity. The project is implemented in cooperation with the Republican Union of Employers, the Association of Employers' Unions of the Slovak Republic, the Association of Industrial Unions and Transport, the Ministry of Labour, Social Affairs and the Family, the Association of Cities and Towns of Slovakia, the Confederation of Trade Unions. Rank School Department Overall rating 1 STU in Bratislava - Faculty of Electrical Engineering and Informatics, Electrical Power Engineering 100 2 STU in Bratislava - Faculty of Electrical Engineering and Informatics Cybernetics - Robotics and Cybernetics 99.5192 3 STU in Bratislava - Faculty of Electrical Engineering and Informatics automation - automation and control 99.0384 4 University of Applied Sciences in Žilina - Faculty of Electrical Engineering, high-current electrical engineering 98.5576 5 TU in Košice - Faculty of Electrical Engineering and Informatics, Electrical Power Engineering 98.0769 6 STU in Bratislava - Faculty of Electrical Engineering and Informatics electrical engineering - electrical energy 97.5961 7 STU in Bratislava - Faculty of Electrical Engineering and Informatics of Telecommunications 97,1153 8 STU in Bratislava - Faculty of Electrical Engineering and Cybernetics 96.6346 9 STU in Bratislava - Faculty of Materials Technology based in Trnava automation - applied informatics and automation in industry 95,673 10 STU in Bratislava - Faculty of Materials Technology based in Trnava automation - applied informatics and automation in industry 95,673 Statements of authorities from practice are available in the Appendices to the study program folder in the system https://res.tuke.sk/forms/osp/sp/21115
Structure and content of the study programme
Suggested study plan in the MIAS portalCurrent academic year plan and current schedule
Current academic year planCurrent schedule: MAIS portal
Persons responsible for the study programme
Person responsible for thequality of the study programme: prof. Ing. Juraj Kurimský, PhD.List of persons responsible for the profile courses:
- prof. Ing. Juraj Kurimský, PhD.
- prof. Ing. Roman Cimbala, PhD.
- doc. Ing. Jaroslav Džmura, PhD.
- doc. Ing. Zsolt Čonka, PhD.
- doc. Ing. Jaroslav Petráš, PhD.
Student representatives: Bc. Matej Vaľko
Study department
Spatial, material, and technical provision of the study programme and support
List and characteristics of the study programme classroomsThe department has 14 specialist laboratories https://kee.fei.tuke.sk/?page_id=68 most important: Laboratory of Electromagnetic Compatibility (instrumentation and software for measuring EMI according to standards, including a spectrum analyzer, an analog signal generator, a microwave amplifier, and a unique anechoic chamber) •Electromagnetic compatibility (key and professional competencies in the field of EMC of technical devices and biological systems, emergence, spread, and elimination of electromagnetic interference, effects of impulse phenomena in networks on electronic devices) Laboratory of dielectric spectroscopy (system for measurement and analysis of dielectric spectroscopy of solid and liquid insulating materials, multi-channel measuring station, electrometers for measuring extremely small currents, virtual engineering environment Keysight VEE Pro) •Automation in the electric power industry (basic knowledge of data collection and analysis, management, and hierarchy of systems and processes in the electric power industry) Electrical protection laboratory (Omicron CMC156 electrical protection testing system, ABB digital protections, SEL protection terminals) •Protection systems in the electrical system (knowledge of systems of protection, measurement, monitoring and control of electrical devices, the principle of communication with intelligent electronic devices, designing and testing of complex protection systems) SmartIndustryLab laboratory (analyzers of class A PQube ® AC Power Monitor, P-Q devices, SCADA system allowing to model the distribution system including electric car chargers) •Overvoltages in electrical networks (basic knowledge about the occurrence o
Characteristics of the information provision
Access to study literature and information databases is provided through the TUKE University Library: http://www.lib.tuke.sk/Library/Home/DigitalLibrary. The library fund of UK TUKE consists of its funds (books, scripts, anthologies, magazines, theses, and electronic media). In 2022, the library fund consisted of 172,878 libraries. units. The annual addition to the library is over 3,000 kj. The study room contains basic and supplementary study literature, magazines, anthologies, encyclopedias, language, and academic dictionaries, and users have free access. As part of the lending services, users borrow approximately 5,000 books per year. units. The library has barrier-free access to 2 elevators and 2 barrier-free toilets. There are 650 study places and over 300 places with electricity. socket for charging laptops and mobile phones. The library also has 32 desktop computers with Internet connection, intranet, Wi-Fi network, and access to databases of electronic periodicals. Through libraries. At the Copycenter, students have access to printing and reprographic services provided on 12 printers, of which 3 are large-capacity for oversized printing. The library also has its digitization workplace with a scanning robot, as well as a book scanner for the public located in the study room. Currently, the library fund is being built not only on a physical level (print and electronic media - USB, CD, DVD) but also a digitalization repository is being developed. books from the library fund on the MediaINFO platform, containing over 600 titles. Access to information technologies is ensured through the Institute of Computing Technology TUKE: https://uvt.tuke.sk/wps/porta
E-learning
Access to the Moodle e-learning portal, which is used to support education, is at https://moodle.tuke.sk/moodle/course/index.php?categoryid=129 The rules for working with the Moodle TUKE system are published for students after self-login at https://moodle.tuke.sk/moodle/mod/resource/view.php?id=37854 The applicant for the creation of a course is obliged to send a request for the creation of a course to the address moodle@helpdesk.tuke.sk, where he must indicate: the full name of the course, the place where the course should be located - (sub)category, the list of TUKE employees who will have the role of the teacher in the given course. The user must place the video files outside the Moodle system on the TUKE stream server and link them to the Moodle system. Access to the TUKE stream server must be requested and agreed to its terms of use. Instructions on how to register can be found at https://moodle.tuke.sk/moodle/course/view.php?id=1429. Requests for new add-ons/plugins are consulted/suggested via the helpdesk at moodle @helpdesk.tuke.sk A user of the Moodle system can be: - Internal user - a TUKE employee or student assigned a unique login. An internal user becomes a Moodle user after the first login. - External user - person outside TUKE. An external user will be introduced to the Moodle system by the administrator in justified cases. The course teacher requests the creation of an account for an external user by sending a request to the address moodle@helpdesk.tuke.sk The data server supporting the sharing of study materials at the Department of Electric Power is available at https://147.232.26.123/. It serves employees to record and back.
Institution partners
The following partners participate in the provision of educational activities in the Electrical Power Engineering study program in the engineering degree, in the assignment of thesis topics, cooperate in solving them, peer review, and participation in commissions for state final exams: Východoslovenská distribučná, a.s. Slovenská elektrizačná prenosová sústava, a.s. Slovenské elektrárne, a.s. ABB s.r.o. Brno Kuenz SK, s.r.o. Linxon Slovakia Engineering s.r.o. Via electra s.r.o. Eplan Engineering CZ, s.r.o. Heating plant Košice, a. with. Montage Čakovice s.r.o. Prague Schweitzer Engineering Laboratories ELKO EP, s.r.o., Czech Republic ELKO EP SLOVAKIA s.r.o. ABB Slovakia s.r.o. Siemens Schneider Electric Slovakia, s.r.o. Gridman, s.r.o. PSS Pow-en a.s. PSM, s.r.o. Lectures in the mentioned subjects on specified topics, instrumentation, and laboratory equipment are delivered by: o Východoslovenská distribučná, a.s. - Diagnostics in the electric power industry - Management of energy companies - EC operation management - Electrical networks - EC operation management - Protection systems in the EC o Slovenská elektrizačná prenosová sústava, a.s. - EC operation management - Optimization of EC operation about Slovenské elektrárne, a.s. - EC operation management about ABB s.r.o. Brno - Optimization of EC operation - EC operation management about Montage Čakovice s.r.o. Prague - Protection systems in the EC about Schweitzer Engineering Laboratories - Protection systems in the EC o ELKO EP, s.r.o., Czech Republic - Automated wiring systems o ELKO EP SLOVAKIA s.r.o. - Automated wiring systems about ABB Slovensko s.r.o. - Automated wiring systems - Protection systems in the EC about
Admission procedures
Required abilities and necessary admission requirementAdmission procedures
Results of the admission process over the last period