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.

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.

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.