Radiation chemistry in advanced reduction/oxidation degradation processes,
tilization of time-resolved techniques (pulse radiolysis, flash laser photolysis, stopped-flow et al.) in biology, chemistry and physics,
Fast reaction (electron transfer, radical reactions) in condensed media (polymers, ionic liquid, molecular solvent),
Instrumental analysis: GC (various detectors), HPLC, LC-MS (including electrospray MS), NMR, UV-ViS and FTIR spectroscopy, AAS, DCS, TGA et al.,
Computer simulation (Gaussian, HyperChem),
Programming (C++, Delphi, LabView et al.),
Designing of computer-controlled systems: flash laser photolysis, pulse radiolysis (TSFF system), etc.
Scientific Education:
PhD:Charge and energy transfer processes in poly(propylene), Institute of Applied Radiation Chemistry, Lodz University of Technology, 2001; supervisor:
Masters:
Postgraduate studies: Computer Science, Faculty of Technical Physics, Information Technology and Applied Mathematics, Lodz University of Technology, 2002.