Industrial Electrical Engineering

professional and scientific positions.

Learning outcomes

Graduate of the 3rd degree of the Industrial Electrical Engineering study programme:

• He has extensive knowledge in the field of theoretical and high-current electrical engineering, electric power engineering, electronics, and electrical technologies and materials.
• He has skills in the field of scientific research based on critical analysis and synthesis, he masters the process of acquiring new scientific knowledge when conducting basic and applied research in the field of industrial electrical engineering in the electrical engineering field of study. He is able to demonstrate a deep systematic understanding of the field of industrial electrical engineering. He is able to conceive, construct, implement and modify theories, sophisticated methods, and procedures of science at a level corresponding to international criteria in the field of industrial electrical engineering. He has a systematic, comprehensive, and complex set of knowledge from several areas of the study field of electrical engineering, which serve him as a basis for carrying out research and development and creating new knowledge in the field of industrial electrical engineering, high-current electrical engineering, electric power engineering, electrical technologies and materials, power and signal electronics, control hardware systems, microelectronics, nanoelectronics and measuring technology. He uses this knowledge in training new experts. He is able to carry out a substantial part of the research himself, outline it, construct it, implement it, optimize it, and all this in an ethically pure way. The graduate can actively acquire new knowledge and information, critically analyze and reevaluate it, and use it in theory and in practical applications for the development of the electrical engineering field of study. The graduate can formulate new hypotheses and strategies for further research and development of the field of study. He applies his own findings of his theoretical analysis and his complex scientific research to solve problems in this area. Based on his outputs and findings, he can design, verify and implement new research and work procedures. He practically controls the selected research methods and uses them in the search for new technologies and materials, production methods and procedures that are new to industrial electrical engineering, and in the search for technical details and important interactive system links.
• He is able to incorporate the outputs from research and development as an idea, idea, product, or process into the production programme of an industrial enterprise or apply them in another way in practice. He can carry out research, analysis, measurements, data collection, and processing, and he can use advanced methods and tools for computer modeling and process simulations. The graduate is characterized by independent, critical, and analytical thinking with a subsequent synthesis of new ideas and innovative procedures, which he applies in changing conditions. He can plan, and initiate the solution of complex problems, including the formulation of goals, means, and methods. It takes social, scientific, and ethical aspects into account when formulating research objectives and interpreting research results. Independently presents and communicates the results of research and development before the professional community. Through original research, he contributes to expanding the boundaries of scientific knowledge of electrical engineering with a focus on industrial electrical engineering, which he proves through the realization of an extensive set of works, including the publication of scientific works peer-reviewed by internationally recognized experts. Significantly contributes to technical development and social progress either in scientific research or in professional practice by formulating engineering-physical-technological problems and can bring their solutions to practical realizations, has qualified skills to independently solve scientific projects and lead a team of experts, determine the focus of research and coordinate the implementation team in the field of electrical engineering.

Programme structure

Courses include:

• Theoretic electric power engineering
• Electrical system
• Electronics Circuits and Signal Theory
• Electrotechnology and Materials
• Electricity supply system analysis

Admission requirements

Academic requirements

We are not aware of any specific GRE, GMAT or GPA grading score requirements for this programme.

English requirements

We are not aware of any English requirements for this programme.

Other requirements

General requirements

• The condition for admission to doctoral studies is the completion of the second level of higher education and the successful completion of the entrance examination.
• Certified copies of graduation documents.
• List of professional and scientific papers published so far.
• Framework project on the topic of the dissertation.
• The entrance exam consists of a language (English) and a professional part.

Fees and funding

Tuition Fees

Tuition fees are shown in AUD and the most likely applicable fee is shown based on your nationality.

• International (Applies to you): Non-residents 11,327 AUD / year ≈ 7,000 EUR / year
• EU/EEA (Applies to you): EU/EEA Nationals 11,327 AUD / year ≈ 7,000 EUR / year

Living costs

Košice, Slovakia: 809-1,375 AUD / month. The living costs include the total expenses per month, covering accommodation, public transportation, utilities (electricity, internet), books and groceries.