The doctoral study programs at the Faculty of Electrical Engineering and Information Technology, University of Žilina represent the highest level of university education, combining advanced theoretical preparation with intensive hands-on research activities. Doctoral students are directly involved in solving scientific and development challenges within the respective fields, typically as a part of larger projects and often in a close collaboration with international and indusctrial partners. The thrid-grade doctoral programs are offered in two main forms:

• Internal (full-time) study, intended primarily for students who wish to dedicate themselves fully to scientific work, with daily engagement in the academic and
  laboratory environment. Internal doctoral students receive a scholarship and are actively integrated into faculty research teams.
• External (part-time) study, designed for category of students who combine their doctoral research with professional practice or daily employment, providing greater
  flexibility, while maintaining high academic standards.

To provide accessibility for everyone and fostering international faculty evironment, doctoral studies are available in both Slovak and English languages. This option creates an open academic environment for both Slovak students and international applicants, encouraging mobility and supporting joint research activities.

Graduates of the doctoral programs acquire expert knowledge, methodological competencies, and research experience that prepare them for careers in academia, scientific institutions, innovative companies, and high-tech industries.

A graduate of the Telecommunications PhD program is an expert in information and communication technologies (ICT) and multimedia, possessing a profound understanding of current global research. They are skilled in independent and collaborative scientific research, capable of formulating, analyzing, and solving complex, non-standard problems with original solutions. The program prepares graduates for both academic and professional leadership roles. They can lead scientific, research, and development teams and manage large-scale projects, taking full responsibility for complex solutions. Beyond theoretical expertise, a graduate demonstrates a strong ability to apply their knowledge creatively in various sectors, including science, research, industry, and services. They are adept at following the latest scientific trends and are committed to lifelong learning. The curriculum also instills crucial managerial skills, such as project planning, team leadership, and effective communication with professionals from diverse fields. Graduates are prepared to apply legal, social, ethical, and economic principles in their work.

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Assoc. Prof.  Miroslav Benčo

Dr. Daniel Benedikovič

Prof. Peter Brída

Prof. Milan Dado

Prof. Róbert Hudec

Assoc. Prof. Roman Jarina

Assoc. Prof. Daniel Káčik

Assoc. Prof. Patrik Kamencay

Assoc. Prof.  Juraj Machaj

Assoc. Prof. Slavomír Matúška

Prof. Róbert Hudec

Prof. Peter Počta

A graduate of the Telecommunications PhD program is an expert in information and communication technologies (ICT) and multimedia, possessing a profound understanding of current global research. They are skilled in independent and collaborative scientific research, capable of formulating, analyzing, and solving complex, non-standard problems with original solutions. The program prepares graduates for both academic and professional leadership roles. They can lead scientific, research, and development teams and manage large-scale projects, taking full responsibility for complex solutions. Beyond theoretical expertise, a graduate demonstrates a strong ability to apply their knowledge creatively in various sectors, including science, research, industry, and services. They are adept at following the latest scientific trends and are committed to lifelong learning. The curriculum also instills crucial managerial skills, such as project planning, team leadership, and effective communication with professionals from diverse fields. Graduates are prepared to apply legal, social, ethical, and economic principles in their work.

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Assoc. Prof. Branislav Babušiak

Assoc. Prof. Mariana Beňová

Assoc. Prof. Štefan Borik

Assoc. Prof. Libor Hargaš

Prof. Ladislav Janoušek

Assoc. Prof. Dušan Koniar

Prof. Milan Smetana

A graduate of the PhD program in Process Control (within the field of Cybernetics) is a highly qualified expert and researcher deeply proficient in automation, computerization, robotics, and process control, with enhanced knowledge in functional and technical safety, including cyber security. They possess a systematic and critical understanding of the field, capable of complex analysis, abstraction, evaluation, and the synthesis of new concepts. Through original research, they independently design and implement studies, contributing to the broadening of scientific boundaries with peer-reviewed publications. They apply this interdisciplinary expertise—which overlaps with Artificial Intelligence, cognition, and biosystems—to solve specialized research problems in industry and applied research. Furthermore, they are prepared for leadership, able to determine research aims, coordinate teams, communicate complex subjects effectively at international forums, and apply social and ethical aspects in their work, ultimately supporting technological and cultural progress in a knowledge-based society.

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Assoc. Prof. Gabriel Gašpar

Assoc. Prof. Jozef Hrbček

Assoc. Prof. Marián Hruboš

Prof. Aleš Janota

Assoc. Prof.  Dušan Nemec

Assoc. Prof.  Rastislav Pirník

Prof. Karol Rástočný

Assoc. Prof. Anna Simonová

Assoc. Prof. Vojtech Šimák

Assoc. Prof. Peter Vestenický

Assoc. Prof. Juraj Ždánsky

A graduate of the PhD program in Electrotechnologies and Materials is a highly specialized scientific expert possessing comprehensive theoretical and practical knowledge focused on the relationship between material properties, processing technology, and system performance in modern electronics and photonics. The graduate is skilled in scientific methods for evaluating material structures and systems across their entire lifecycle—from technological processing, structure analysis, and reliability prediction to in-service diagnostics and control. They are proficient in using top-tier laboratory equipment (e.g., electron microscopes, atomic force microscopes) for material and surface analysis. The program provides deep expertise in materials science for electronics, optics, and photonics, allowing graduates to design, organize, and optimize a wide range of production technologies. Specialized skills include: designing, modifying, and diagnosing laser and fiber optic components for telecommunications and medicine; applying knowledge of geometric optics to photonic elements on chips and optical fibers; and utilizing a wide range of ultrasonic, dielectric, and magnetic field techniques to investigate the properties of various materials, including semiconductors, polymers, and magnetic liquids. The graduate can formulate complex engineering-physical-technological problems and translate their solutions into practical realizations, predicting material behavior under various operating conditions and supporting the design, production, and long-term reliability of electrotechnical elements, structures, and systems.

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Prof. Branislav Hadzima

Assoc. Prof. Peter Hockicko

Assoc. Prof. Daniel Káčik

Prof. Jozef Kúdelčík

Prof. Ivan Martinček

Dr. Filip Pastorek

Prof. Dušan Pudiš

Assoc. Prof. Norbert Tarjányi

Dr. Libor Trško

Dr. Daniel Kajánek

A graduate of the PhD program in Power Electrical Engineering is a highly qualified expert and researcher with unique, advanced knowledge reflecting current trends in power engineering, power electronics, and electric drives, including applications for automotive and electromobility. The program adds value by expanding knowledge in control systems, including the design and implementation of control algorithms. The graduate possesses a systematic understanding and broad expertise, serving as a basis for research in traditional areas (e.g., analysis of energy systems, power semiconductor systems) and crucial interdisciplinary areas like electromagnetic compatibility, thermal management, and energy storage systems. They master the scientific methods of basic and applied research, demonstrating skills in critical analysis, abstraction, and the synthesis of new, complex concepts. Through original research of scientific integrity, the graduate contributes to expanding knowledge boundaries, evidenced by peer-reviewed publications. They are capable of solving complex research problems in energy, transport, and industry, while skillfully using advanced computer technology and literature. Prepared for leadership, the graduate can determine research goals, coordinate teams, and effectively communicate and defend their findings at international forums. They are characterized by independent, critical, and analytical thinking, and are committed to applying social, scientific, and ethical aspects in their work, ensuring they support technological and societal progress. This combination of specialized expertise and research leadership makes the graduate an experienced and highly sought-after specialist in the labor market.

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Prof. Peter Braciník

Prof. Michal Frivaldský

Prof. Miroslav Gutten

Assoc. Prof.  Marek Höger

Assoc. Prof. Daniel Korenčiak

Assoc. Prof. Pavol Makyš

Prof. Ing. Alena Otčenášová

Assoc. Prof. Michal Praženica

Prof. Pavol Rafajdus

Assoc. Prof. Marek Roch

prof. Pavol Špánik