Who am I?
My area of expertise lies in the field of nanomaterials engineering, where I focus on studying, developing and refining materials at a very
small scale. In my work, I employ a stack of 'dry' fabrication methods (magnetron sputtering, PECVD, etc.), which are widely used in modern
semiconductor and optical industries, to synthesize functional materials with application-taiolred properties. I also utilize cutting-edge
diagnostic tools (SEM, TEM, EDX, XPS, XRD, SE, UV-Vis, etc.) to gain insights into their origins.
Additionally, I enjoy creating models for nano- and micro-scale optical devices, employing modern electromagnetic computational methods.
This closely aligns with my strong interest in developing software tools for accurately predicting material characteristics, and efficiently
acquiring and processing research data. In this endeavor, I apply and continuously improve my skills in middle/low-level languages (ASM, C/C++ and
Rust) as well as my knowledge in operating systems, compilers, virtualization and embedded systems.
