Mathematical modeling, сomputational mathematics and physics

The main scientific areas in computer science:
- virtualization of operating systems;
- distributed data warehouses;
- object-oriented programming;
- theoretical informatics;
- parallel processing of data, supercomputer calculations;
- processing of non-numeric information;
- search engines;
- agent systems;
- information-computational methods for solving complex problems of medicine, oil and gas exploration, aviation, rocket building, seismic, robotics;
- software engineering;
- computer modeling in mechanics, biomechanics and physiology;
- mathematical and experimental modeling of processes in mechanics, hydrodynamics and biomechanics;
- cloud computing;
- information Security;
- information Systems;
- applied computing models and software systems.

The main scientific areas in computational mathematics:
- modeling of physical and technical systems;
- modeling of physiological (biomechanical) systems;
- mathematical and software methods of modeling;
- numerical methods for solving nonlinear systems of partial differential equations,
- mathematical modeling of multidimensional problems of hypersonic aerodynamics, mechanics of deformable solids, physics of plasma, physiology and medicine.

STUDIED COURSES:

Multithreaded computations based on MPI and OpenMP technologies
Workshop on computational mathematics
Multithreaded computing based on CUDA и OpenCL technologies
Parallel algorithms of mathematical physics
Numerical methods for hyperbolic systems
Computer algebra systems using Maxima as an example
Modern technologies of object-oriented programming of numerical methods