PhD thesis supervisor: dr. Alexandr. Belosludtsev (apply for recommendation)
Development of smart coatings using magnetron sputtering
Optical components are typically produced by depositing dielectric layers onto optical substrates. When combined with ultrathin metallic films (Au, Ag, Cu, Al, Cr) or functional materials such as electrochromic and thermochromic materials, these structures can form coatings with unique and tunable optical and electrical properties.
Our group has developed technology that enables precise fabrication of nanometre‑thick metal films. Such layers can function as transparent conducting coatings, which are essential in modern photonics, optoelectronics, and smart‑technology devices. They are used in laser systems, smart windows, biomedical and environmental sensors, and other advanced optical components. These coatings can change transparency under applied voltage or adjust conductivity depending on environmental conditions. Recent work in our group has demonstrated their strong potential in sensor technologies and smart electronic devices.
The PhD project will focus on optimizing coating fabrication processes, developing ultrathin metallic and hybrid layers, analysing their structural, optical, and electrical properties, and designing coatings for next‑generation photonic and electro‑optical technologies.