* Development of phase-retrieval algorithms for new methods of wavefront sensing• Solution of electrodynamics problems with use of FDTD and FEM methods (Matlab, Lumerical Solutions, Comsol Multiphysics)• Processing of speckle fields formed by laser radiation scattered by nanoparticles-based liquid media for investigation of its statistical and dynamical parameters • Implementation of small and wide-angle x-ray scattering (SAXS/WAXS) techniques (including GiSAXS) for investigation of nanoscale objects• Processing of signals of X-ray diffractometer and modeling of inner structure of biological samples • Optical modeling of optical elements and systems (incl. DOE, interferometers etc.) (ZeMax/CodeV)

Delivering lectures on «Materials of Quantum and Optical Electronics», «Fiber Optic Measurement Systems», «Image Processing Techniques», practical classes, supervision over students’ graduate projects, development of course materials