Participation in the development of the flight-navigation equipment.Development of software (GUI, libraries, touch screen) for multifunction displays (MFD) for aircrafts.Development of GUI for MFD:- Design and implementation of spreadsheet for aeronautical information.- Design and implementation of controls such as buttons, scrollers, etc.- Design and implementation of an on-screen keyboard with autocomplete function.- Implementation of indicators for representation flight and navigation information and other data such as attitude indicator, velocity indicator, etc.- Implementation of mechanisms for switching indication states.Development of auxiliary programs and libraries:- Design and implementation of aeronautical information database library.- Implementation of the components of the graphic elements library.- Development of a program for processing "raw" events on devices with a touchscreen and transfer of prepared data to the main GUI program.- Development of converters for images and fonts to inhouse formats.Participation in the development of a certified (KT-178C, MISRA C++: 2008) framework. Codebase was written using the C++ 98 standard, without using heap, STL and third-party libraries.Responsibilities:- Design and implementation of font (inhouse format) loading and text rendering.- Implementation of image (inhouse format) loading.- Design and implementation of layer classes and layer manager.- Configuring of the project build. - Configuring the toolchain for the target platform (i.MX, Linux).

Responsibilities:- Development of a Fortran program for calculating rotor noise using the Ffowcs Williams–Hawkings approach based on the convective Green's function (FWH-convective-TsAGI) (Certificate of state registration of the computer program No. 2015617487). This program was used for post-processing of the flow field obtained in the numerical study. The results can be found in the article "Comparison of rotor noise measurement results in large-scale and small-scale anechoic facilities". AIAA-2015-2986.- Generation of computational grids (Ansys ICEM CFD) for numerical study of aerodynamic and aeroacoustic characteristics of propellers.- Carrying out calculations using supercomputers.- Processing and visualization of the results obtained, comparison with experimental and theoretical data.

Responsibilities:- Generation of computational grids (Ansys ICEM CFD) for numerical study of aerodynamic and aeroacoustic characteristics of propellers.- Carrying out calculations using supercomputers.- Processing and visualization of the results obtained, comparison with experimental and theoretical data.

Development of a C++ program for processing aeroacoustic measurements and post-processing of numerical simulation of jet noise, which was based on the Azimuthal Decomposition Technique (ADT). This approach allows to extract nontrivial data from turbulent flows.