Disciplines taught by department...
| ...for Bachelors in Mathematics |
| Core Cources |
| Differential equations |
| Numerical methods |
| Calculus of variations and optimization methods |
| IT-practice |
| Partial differential equations |
| Special courses |
| Programming technologies |
| Object oriented programming |
| Math applications creating |
| Basics of building distributed applications |
| Electives |
| Database Management Systems |
| Artificial Neural Networks |
| Theory of function's approximation |
| Machine learning |
| Wavelets and their applications |
| General theory of approximate methods and its applications |
| Differential games |
| Resource management and transportation tasks |
| Finite elements methods |
| Mathematical modeling of traffic flows |
| Extreme problems of the theory of functions |
| Convolution type equations |
| Singular Integral Equations |
| Supply Chain Management |
| Optional Electives |
| Computer networks |
| Information Systems |
| ...for Bachelors in Mathematics & Computer Science |
| Core Cources |
| Numerical methods |
| Basics of Computer Science |
| Special courses |
| Programming technologies |
| Object oriented programming |
| Math applications creating |
| Basics of building distributed applications |
| Calculus of variations and optimization methods |
| Difference methods for solving differential and integral equations |
| Partial differential equations |
| Electives |
| Database Management Systems |
| Artificial Neural Networks |
| C# Application Development |
| Social Network Analysis |
| Semantic Web Technologies |
| Modern programming languages |
| Introduction to Wavelet Theory |
| Big data |
| Distributed computing |
| Operating Systems |
| Decision-making theory |
| Practice |
| Technological (design and technological) practice |
| Research work |
| Research work (obtaining primary research skills) |
| Performance and protection of final qualifying work |
| Optional Electives |
| Computer networks |
| Information Systems |
| ...for Bachelors in Mechanics |
| Core Cources |
| Numerical methods |
| Programming technologies and work on computers |
| Differential equations |
| Special courses |
| Optimization theory |
| Optional Electives |
| Computer networks |
| Information Systems |
| ...for Masters in Mathematics |
| Core Cources |
| Methods of mathematical modeling of socio-economic processes |
| Methods of mathematical modeling of problems of natural science |
| Special courses |
| Modern problems of mathematics |
| Information Technologies |
| Electives |
| Methods for singular integral equation's solving |
| Variational methods in mathematical physics |
| Geometric Theory of Functions |
| ...for Masters in Mathematics & Computer Sciences |
| Core Cources |
| Methods of mathematical modeling of socio-economic processes |
| Special courses |
| Modern problems of mathematics |
| Methods for solving integral equations |
| Algorithms and data structure |
| Electives |
| Theory of approximation of functions |
| Wavelets in computer graphics theory & it's applications |
| Spline function methods and their applications |
| Information security |
| Software Development for Mobile Devices |
| Web programming |
| Business Process Management |
Source of information: Department of Theory of Functions & Approximations
