I design and make calculations of bearings and rotating machinery. I am interested in vibration-based health monitoring of bearings. At work, I use numerical methods and perform experimental research. For several years, I have been dealing with the subject of rotor dynamics related to the selection of bearings for high-speed micropower turbines. My research scope includes hydrodynamic, gas, rolling, and foil bearings. I am an author or coauthor of several expert opinions and about 60 scientific publications. I also participated in 9 research projects and currently am a project manager in one of them.

I am a mechanical engineer and I designed various devices, usually laboratory test rigs. I am also an IT engineer and I write my own calculation codes when I need them related to e.g. signal processing. In my doctoral dissertation, I investigated the properties of hydrodynamic bearings, i.e. stiffness and damping coefficients determined by experimental and numerical methods. In my professional work, I performed FEM analysis (Finite Element Method) and numerical and experimental analyses (for example in Abaqus and LMS Test.Lab (now Simcenter Testlab)).