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.


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