Study programme
Basic information
Study programme in national registry:Guaranted 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: slovak language
Graduate profile
DescriptionEducation at the second level of study in the Applied Electrical Engineering program is structured both in terms of content and organization to ensure that this study program meets the core topics of the Electrical Engineering field. These topics include the latest scientific knowledge and expertise related to electrical engineering, power electronics, power semiconductor components, electronic circuits, electrical machines, instruments, and drives, including their control and programming based on signal processors or programmable controllers. Most courses in this study program focus on applying these concepts to solve problems related to the operation and management of complex electrical systems, such as continuous production lines, converters for electromobility and renewable energy sources, controlled drives, industrial automated systems, and more. The Applied Electrical Engineering master’s program allows students to choose elective courses, enabling them to specialize in a selected field. Therefore, subjects in areas such as electromobility, automotive mechatronics, energy, and manufacturing processes in electronics are also included. The knowledge gained from these subjects, combined with expertise from core courses, is highly sought after in industrial practice for a wide range of applications. The curriculum of the Applied Electrical Engineering program is designed to provide students not only with the above-mentioned knowledge but also with fundamental insights and experience in research and scientific activities. This prepares them for further studies in a related doctoral program. Additionally, during their studies, students have the opportunity to connect with industry and companies operating in the region, facilitating an easier transition into the job market for various electrical engineering positions. A prerequisite for admission to the master’s program is the completion of a bachelor’s degree in Applied Electrical Engineering or a related program focused on electrical engineering.
Learning objectives
A graduate of the master's study program in Applied Electrical Engineering will acquire advanced knowledge and skills related to the principles, functions, and applications of power circuits and systems, as well as electrical systems and devices. This expertise is based on an extensive understanding of power electronics, electrical machines, and electric drives. The graduate will also gain knowledge in control methods for linear, quasi-linear, and nonlinear systems, including systems operating with feedback. Additionally, they will learn design, construction, and engineering methods for high-performance devices, systems, and networks controlled by modern automation technologies. These include robotic systems, simulation and CAD tools for electrical engineering, and modern information technologies. The goal of the program is to enable graduates to creatively apply their acquired knowledge, skills, and abilities to solve assigned tasks. They will be able to analyze problems and synthesize innovative solutions, integrating expertise from automotive mechatronics, energy, production line component control, manufacturing system logistics, industrial electrical engineering software development, embedded system applications and programming, and electronic manufacturing processes. Graduates will acquire the necessary knowledge to continue their education at the doctoral level, as well as the essential skills to quickly adapt to labor market demands. This will allow them to pursue a wide range of careers related to the field of electrical engineering.
Main learning outcomes
A graduate of the master's study program in Applied Electrical Engineering possesses extensive knowledge at the synthesis level regarding the principles and functions of power electronics and electrical circuits and systems. They also have expertise in electrical systems and devices, integrating advanced knowledge of power electronics, electrical machines, instruments, and drives, including their control and programming using signal processors or programmable controllers. Graduates acquire in-depth knowledge of semiconductor static power sources, various types of energy sources, electromagnetic compatibility, modeling and control methods for electrical manufacturing systems, feedback systems, and the creation of related technical documentation. Through elective courses, they can gain knowledge in automotive mechatronics, energy, production line component control, manufacturing system logistics, embedded system applications and programming, and electronic manufacturing processes. They develop the skills to independently analyze, design, construct, and implement electrical manufacturing systems and their electrical, electronic, and intelligent control components. They can creatively design and develop cutting-edge electrical devices and systems controlled by modern automation technologies, integrating knowledge from other disciplines. Additionally, they are capable of designing specialized electrical systems for industrial enterprises to enhance functionality and safety, analyzing proposed solution alternatives, and using modern mathematical, diagnostic, and simulation methods to synthesize innovative and efficient solutions. Graduates are proficient in programming languages, computer networks, visualization tools, and the latest information and communication technologies to ensure manufacturing and control processes. They can creatively apply acquired knowledge, effectively manage information, use a systems-based approach in task analysis and synthesis, design original solutions by integrating knowledge from various fields, and participate in research tasks. They are capable of making decisions and drawing conclusions, presenting their proposals, and defending their solutions through argumentation before both expert and general audiences. Furthermore, they can effectively collaborate with managers and specialists from other professions. Graduates are prepared to work independently and in teams while upholding ethical and social responsibility in applying their knowledge and making decisions, even when dealing with incomplete information. They are also equipped for lifelong learning through self-study and maintaining engagement with scientific and technological advancements in their professional field. They are capable of learning in an online environment via distance education, e-learning, and utilizing platforms such as LMS Moodle and Webex. The combination of these knowledge, skills, and abilities with a solid foundation in natural sciences and expertise in information and communication technologies makes graduates highly sought after in industrial practice across a wide range of applications. They primarily find employment as creative designers, technologists, specialists, research and development professionals, coordinators, and team managers in the design and development of modern electrical and electromechanical systems. They are also well-suited for roles in managing and ensuring the operation of these systems, as well as in companies involved in machine, instrument, device, and system manufacturing within the field of electrical engineering, including component production, testing, and servicing of such systems.
Professions
Professions for which the graduate is prepared at the time of completion.
- Majster (supervízor) v elektrotechnickej výrobe 7
- Špecialista elektrotechnik technológ 7
- Špecialista elektromechanik 7
- Špecialista elektrotechnik vo výskume a vývoji 7
- Špecialista robotiky
- Riadiaci pracovník (manažér) v elektrotechnickej výrobe 7
Employability
Evaluation of the study programme graduates employabilityIrrelevant (new study program from the academic year 2025/2026)
Evaluation of the study programme quality by employers
The Department of Electrical Engineering and Mechatronics (KEM) at the Faculty of Electrical Engineering and Informatics, TUKE has a long-standing collaboration with industrial companies both in the region and across Slovakia. Through this cooperation, department staff have worked on technical studies, analyses, and problem-solving in practice, as well as participating in real-world implementation projects, either directly or as subcontractors for larger companies. As a result, KEM has in-depth knowledge of industry requirements regarding the skills and competencies expected from graduates in electrical engineering. Based on these requirements, the graduate profile was defined, and the engineering study program was designed to align not only with the core of the Electrical Engineering discipline but also with industry needs for graduate competencies. The curriculum includes excursions to industrial enterprises in Slovakia and abroad, allowing students to witness real-world applications of their acquired knowledge. The broad scope of topics, their interconnection, and hands-on experience ensure that graduates of this program are highly sought-after by employers for their versatility and ability to think systematically. Employers particularly value the interdisciplinary knowledge of students, which extends beyond electrical engineering to include: Cybernetics (automation, mechatronics, robotics, embedded systems), Computer Science (artificial intelligence, applied informatics), Mechanical Engineering (machine parts and mechanisms, manufacturing technology, transport machinery). This unique combination of skills, with a primary focus on electrical engineering, is highly demanded in industrial automation, where graduates of Applied Electrical Engineering are expected to find the most employment opportunities. Graduates of this study program may find employment in the following companies and positions: • ANDRITZ Slovakia, s.r.o. (Humenné) – Software Developer, Hardware Developer, System Tester, Electronics Quality Engineer • BSH Drives and Pumps, s.r.o. (Michalovce) – Automation Engineer • Johnson Controls International, s.r.o. (Lučenec) – PLC Programmer, Automation Technician • Datakon, s.r.o. (Košice) – Electrical Systems Designer, PLC Programmer, Application Engineer • Kuenz SK, s.r.o. (Kechnec) – Electrical Engineer in Research & Development • Kraftstorm, s.r.o. (Prešov) – PLC Programmer • Kybernetika, s.r.o. (Košice) – Electrical Systems Designer, PLC Programmer, Application Engineer • National Instruments (Slovakia & Czech Republic) – Application Engineer • PSS Svidník, a.s. – Control Systems Programmer • Reinguss, s.r.o. (Košice) – Electro-SW Specialist • Siemens Slovakia, s.r.o. – Automation Systems Designer for Electric Drives, Application Engineer • Spinea, s.r.o. (Prešov) – Servo Drive Specialist • Soenen Hendrik NV (Snina) – .NET Programmer, PLC & CNC Programmer, AutoCAD Designer, Service Technician • UniPro Automation, s.r.o. (Košice) – PLC Programmer, Automation Technician • U.S. Steel Košice – Shift Engineer • VUKOV Extra, a.s. (Prešov) – PLC Programmer • Východoslovenská energetika, a.s. (Košice) – Graduate Trainee Program for Specific Positions • ZŤS VVÚ Košice, a.s. – Electrical Engineer in Research & Development, Control Systems Programmer, Electrical Designer for Robotic Systems • The Automated Technology Group (ATG) (Land Rover, Nitra) – PLC Programmer • Sensodrive, s.r.o. (Košice) – Electrical Engineering Specialist, Technologist • SEZ Krompachy a.s. (Krompachy) – Electrical Engineering Specialist, Technologist • Siemens Healthineers s.r.o. (Košice) – Specialist in Electronic Devices • ComAp s.r.o. (Prague, Košice branch) – Embedded Systems Designer and Programmer This extensive list of potential employers demonstrates the strong industry demand for graduates of the Applied Electrical Engineering program, ensuring excellent career prospects in various fields of electrical engineering, automation, and industrial electronics.
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. Daniela Perduková, PhD.List of persons responsible for the profile courses:
- prof. Ing. Daniela Perduková, PhD.
- doc. Ing. František Ďurovský, PhD.
- doc. Ing. Želmíra Ferková, CSc.
- doc. Ing. Karol Kyslan, PhD.
- doc. Ing. Marek Pástor, PhD.
Student representatives: Bc. Teo Sokol
Study department
Spatial, material, and technical provision of the study programme and support
List and characteristics of the study programme classroomsThe teaching of individual subjects utilizes both existing and newly established laboratories at FEI TUKE. These laboratories are equipped with state-of-the-art technologies for the design, simulation, development, prototyping, characterization, and testing of advanced electronic, sensor, robotic, and mechatronic modules and systems, as well as information and communication systems. They also support research in power engineering, mechanics, and materials science. FEI TUKE is one of the most successful Slovak institutions in securing research project funding through domestic and international grant schemes, which have enabled the establishment and equipping of several cutting-edge laboratories and research facilities. Additionally, the faculty has sufficient computing resources and software necessary for modeling, design, simulation, and experimental verification of various electronic and electrical systems. Lectures are conducted in classrooms equipped with boards and multimedia technology, many of which allow for online broadcasting of educational activities in case of distance learning. The FEI TUKE Computer Center manages the operation of computer classrooms, while specialized laboratories equipped with various instruments and devices primarily support experimental exercises. A detailed description of the specialized and experimental laboratories, along with their equipment and their alignment with educational outcomes and subjects, is available on the website of the Department of Electrical Engineering and Mechatronics at FEI TUKE: [http://kem.fei.tuke.sk/sk/laboratoria-katedry/](http://kem.fei.tuke.sk/sk/laboratoria-katedry/).
Characteristics of the information provision
Library services are centralized at the University Library (UK) of the Technical University of Košice (TUKE). These services include all activities from searching the library collection, browsing information in the online catalog and available databases (WoS, Scopus, Springer Link, etc.), to accessing specific documents in print or electronic form within the UK TUKE collection. The total number of documents in the collection is 186,966, including 64,228 books, 40,046 textbooks, 7,779 proceedings, 6,341 bound periodicals, 7,718 electronic documents, and 31,846 final and qualification theses. The University Library also provides: - Lending services - Consultation services - Reference services - Digital services - Interlibrary loan (MVS and MKVS) - Training and workshops on writing final theses Access to information technology is provided through the Institute of Computer Technology at TUKE: [https://uvt.tuke.sk/wps/portal/uv/software](https://uvt.tuke.sk/wps/portal/uv/software).
E-learning
Access to study materials and information through the website of the Department of Electrical Engineering and Mechatronics: [KEM Study Materials](http://kem.fei.tuke.sk/sk/predmety/). Access to study materials and tests via the Moodle e-learning portal: [Moodle TUKE](https://moodle.tuke.sk/moodle/course/index.php?categoryid=130). The Virtual Laboratory of Mechatronic Systems provides access to selected virtual models of mechatronic systems, including study materials related to their design and control: [Virtual Laboratory](http://andromeda.fei.tuke.sk/).
Institution partners
The following partners participate in the educational activities of the Applied Electrical Engineering study program at the master's level: - US. Steel a.s., Košice – Student excursions, internships for selected students, collaboration on thesis projects. - BSH Drives and Pumps s.r.o., Michalovce – Student excursions, guest lectures, collaboration on thesis projects. - Spinea s.r.o., Prešov – Joint laboratory, collaboration on thesis projects. - EnergoControl s.r.o., Košice – Collaboration on joint research projects, collaboration on thesis projects. - Hengstler s.r.o., Kežmarok – Collaboration on thesis projects. - Siemens Healthineers s.r.o., Košice – Guest lectures, collaboration on thesis projects. - ComAp CEE s.r.o., Prague, Košice branch – Guest lectures, collaboration on thesis projects. - Kia Slovakia s.r.o., Žilina – Student excursions.
Admission procedures
Required abilities and necessary admission requirementAdmission procedures
Results of the admission process over the last period