taught in Russian

Level of education

Master programmes

Type of instruction

Full-time

Duration

two years

Areas of specialisation: Mathematical Modelling

Courses

  • Operations Research Methods and Models
  • Discrete and Probabilistic Models
  • Continuous Mathematical Models
  • Modern Control Theory
  • Information Technologies in Mechatronics
  • Computer Modelling of Controlled System Dynamics
  • Mathematical models in biophysics and ecology
  • Introduction to modern robotics
  • Switching Dynamical Systems
  • Automated Construction of Mathematical Models
  • Mathematical Models of Vibrational Process and Device Theory
  • Smart Mechatronic Systems

Areas of specialisation: Computational Methods and Technologies in Modern Natural Science

Courses

  • Operations Research Methods and Models
  • Discrete and Probabilistic Models
  • Continuous Mathematical Models
  • Modern Control Theory
  • Numerical Solution of Ordinary Differential Equations
  • Numerical Simulation and Computational Experiment
  • Mathematical models in biophysics and  ecology
  • Classical Analytical Methods of Solving Boundary Value Problems for Systems of Differential Equations
  • Numerical Methods in Fluid Dynamics and Wave Theory
  • Numerical Solution of Delay Differential Equations
  • Methods of Solving Boundary Value Problems for Controllable Systems
  • Modern Analytical Methods of Solving BVPs for Systems of Differential Equations
  • Practical Realisation of Modern Methods of Solving Boundary Value Problems for Controllable Systems

Career

Professions

  • Mathematician
  • Programmer
  • Expert in mathematical modelling and numerical methods

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