Doctoral studies / Doctoral programmes / Electrotechnologies and materials
A PhD graduate in Electrotechnologies and Materials is a highly qualified expert with advanced knowledge of materials, devices, and technologies for modern electrical, electro-optical, and photonic applications. Graduates understand the principles, properties, applications, and diagnostics of materials used in electrical engineering, electro-optics, and photonics, and are capable of applying this knowledge across both fundamental research and industrial innovation. Graduates possess deep expertise in materials production and processing technologies, including thin-film fabrication and surface engineering, and can apply these methods to the development of electro-technical materials, photonic components, optical fibers, and systems on a chip. They are capable of designing, analysing, and optimizing laser devices, optical components, and electro-optical systems for applications in telecommunications, medicine, measurement, and industrial technologies. A key competence is the ability to translate material and device concepts into functional prototypes and advanced technological solutions. Doctoral graduates are skilled in optical and material design and optimization, using advanced simulation tools, empirical data, and experimental validation. They have strong knowledge of electro-optical, fiber-optic, and sensor systems, as well as experience with a wide range of material characterization techniques, including ultrasonic, dielectric, and frequency-dependent methods under electric, optical, and magnetic fields. They are able to analyse dielectric, conductivity, and ultrasonic spectra of materials as functions of external conditions and operating environments. Graduates are experienced in high-tech laboratory research, working with advanced instrumentation such as electron microscopy, thin-film sputtering and vapor deposition systems, and atomic force microscopy. They conduct independent basic and applied research with high scientific integrity, producing original results suitable for international scientific publications, technology transfer, and industrial application.
Graduates are well prepared for careers in research and development of advanced materials and electrotechnologies, photonics and electro-optical systems, laser and sensor technologies, and high-technology industries. Typical roles include materials scientist, electro-optical systems engineer, photonic devices developer, laser technology specialist, or academic researcher. Graduates are capable of working in multidisciplinary R&D teams and contributing to the development of next-generation electrical, photonic, and material technologies, fully aligned with the doctoral (EQF Level 8) profile in electrotechnologies and materials.
Návrh, príprava a charakterizácia vláknových fotonických snímačov s
využitím mikronanášania optických polymérov
Daniel Káčik
Design, fabrication, and characterization of fiber-optic sensors based on
micro-deposition of optical polymers
Daniel Kacik
Optimalizácia systémov kombinovaných povrchových úprav s utesňovacími
vrstvami pre zliatiny kovov používaných v biomedicíne
Daniel Kajánek
Návrh a charakterizácia plazmonických metamateriálov s chirálnou
odozvou
Dušan Pudiš
Plazmónový polaritón v pokročilých metapovrchoch pre extrémnu
lokalizáciu a manipuláciu svetla
Dušan Pudiš
Štruktúrne a medzifázové efekty plnív v 2K polyuretánoch a ich vplyv
na dielektrické vlastnosti, degradáciu a životnosť
Jozef Kúdelčík
ADAPTÍVNA INTERFERENČNÁ LITOGRAFIA PRE FÁZOVÉ MRIEŽKY
A DIFRAKČNÉ OPTICKÉ PRVKY
Ľuboš Šušlik
Dielektrické mikrozrkadlá na čipe pre aplikácie vo fotonických
a optoelektronických prvkoch
Ľuboš Šušlik
Magnetické mikromateriály v optických a fotonických aplikáciach
Norbert Tarjányi
Magnetic micromaterials in optical and photonic applications
Norbert Tarjányi
Experimentálne štúdium bio-plnív v moderných vysokonapäťových
izolačných systémoch
Štefan Hardoň
Branislav Hadzima
Prof. Peter Hockicko
Daniel Káčik
Jozef Kúdelčík
Ivan Martinček
Filip Pastorek
Dušan Pudiš
Norbert Tarjányi
Libor Trško
Daniel Kajánek