1. Micro- and nanoelectronics: nanostructures and nanotechnology in electronics; components of micro- and nanoelectronics; micro- and nanosystems in electronics; mathematical simulation of electronic components, devices and systems.
2. Biomedical electronics and signal processing: electronic nanotechnology in biomedicine; biocomponents of nanosystems; nanobiosystems simulation; electronics for monitoring, diagnostics and treatment; digital processing and analysis of biomedical signals; interactions between physical fields and biological objects.
3. Electronic systems: power electronics; airborne electronic systems; telecommunication and acoustoelectronic systems; radar systems and signal processing; remote sensing; multistatic electronic systems; polarimetric and doppler techniques.