Deposition of Thin Films and Nanostructures

Research group at Department of Plasma Physics and Technology

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Become one of our successful graduates

We are always welcoming motivated students in the PVDlab team, providing them not only with interesting scientific topics but also with the access to cutting edge devices in an inspiring and friendly work atmosphere.

Our rapidly growing team is strongly innovative and cooperates with academic as well as industrial partners. Our research interest spans from purely fundamental research, where we are pursuing the understanding of the physical and chemical processes taking place in the deposition plasma and the growing coating, to applied research, where we are preparing new coatings with unique properties often in cooperation and on-demand of our commercial partners. Due to the interdisciplinary nature of the research, students will familiarize themselves with a wide scale of deposition and analytical techniques used in plasma as well as in condensed matter physics providing them with a broader and in-depth understanding of studied issues. The students are encouraged to carry out their research partly abroad during research stays owing to active collaboration with colleagues from all over Europe.

If you are interested in working with us, feel free to contact anyone from our team to arrange a bachelor, diploma or doctoral thesis. It is, of course, possible to take part in research even outside of your (future) thesis, and you can start even in your first year of bachelor study.

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Bachelors

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Masters

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PhDs

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Theses in total

List of Thesis Topics

Available

  • Investigating the dynamics of sputtered particles from an alloy target in HiPIMS discharge
    Supervisor: Jaroslav Hnilica
    Bachelor thesis
  • Determination of the ionization fraction of sputtered particles from different targets in HiPIMS discharge
    Supervisor: Jaroslav Hnilica
    Bachelor thesis
  • Time-resolved plasma diagnostics of short HiPIMS pulses
    Supervisor: Jaroslav Hnilica
    Bachelor thesis
  • Study of magnetron sputtering induced by high power pulse packages
    Supervisor: Jaroslav Hnilica
    Bachelor thesis
  • Ionisation study of two-metal alloy target deposition during HiPIMS
    Supervisor: Peter Klein
    Bachelor thesis
  • Time-resolved study of HiPIMS discharge using RFEA
    Supervisor: Peter Klein
    Bachelor thesis
  • Optical absorption spectroscopy
    Supervisor: Peter Klein
    Bachelor thesis
  • Atomistic modelling of amorphous TaAlO using machine learning
    Supervisor: Pavel Ondračka
    Bachelor thesis
  • Are vacacies in high-entrophy nitrides detectable with X-ray photoelectron spectroscopy?
    Supervisor: Pavel Ondračka
    Bachelor thesis
  • Preparation of catalytic coatings for green hydrogen production
    Supervisor: Pavel Souček
    Bachelor thesis

In progress

  • Preparation of high entropy oxide thin films by high power impulse magnetron sputtering
    Student: Jakub Zatloukal
    Supervisor: Pavel Souček
    Bachelor thesis
  • Comprehending the multipulse HiPIMS process, synthesis and characterisation of deposited coatings
    Student: Martin Ondryáš
    Supervisor: Jaroslav Hnilica
    Dissertation
  • Industrial deposition of thin films in conditions of enhanced sputtered species ionisation
    Student: Tomáš Rada
    Supervisor: Pavel Souček
    Dissertation
  • Deposition process based on pulsed arc synchronised with substrate bias for deposition of AlTiN and AlCrN coatings.
    Student: Martin Učík
    Supervisor: Petr Vašina
    Dissertation
  • Investigation of high entropy stabilised nitrides prepared by magnetron sputtering
    Student: Lukáš Vrána
    Supervisor: Pavel Souček
    Dissertation

Successfully defended theses

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