Institute of Transport Systems

Fields of Study

Bachelor's Degree

  • 13.03.03 Power Machine Building
  • 15.03.03 Applied Mechanics
  • 21.03.01 Petroleum Engineering (in English)
  • 23.03.01 Technology of Transport Processes
  • 23.03.02 Ground Transport and Technological Machines and Complexes
  • 23.03.03 Operation of Transport and Technological Machines and Complexes
  • 26.03.02 Shipbuilding, Ocean Engineering and Systems Engineering of Marine Infrastructure

Specialist's Degree

  • 23.05.01 Ground Transport and Technological Means

Master's Degree

  • 13.04.03 Power Machine Building
  • 15.04.03 Applied Mechanics
  • 21.04.01 Petroleum Engineering
  • 23.04.01 Technology of Transport Processes
  • 23.04.02 Ground Transport and Technological Machines and Complexes
  • 23.04.03 Operation of Transport and Technological Machines and Complexes
  • 26.04.02 Shipbuilding, Ocean Engineering and Systems Engineering of Marine Infrastructure

Scientific activity

  • Passive safety and strength of vehicle body structures
    Development and improvement of methods and techniques for calculating passive safety and strength of vehicle body structures;
  • All-terrain vehicles and transport and technological complexes
    Conducting research and development work in the field of increasing cross-country ability of all-terrain vehicles. Study of physical and mechanical properties of snow covers and processes of interaction with propellers of transport vehicles;
  • Management of technical conditions of vehicles and automobile transportation
    Optimization of thermal states of automobile engines in operation. Management of automobile transportation;
  • Transport process management
    Improvement of functioning of transport processes for transportation of goods and passengers. Comprehensive study of passenger and transport flows;
  • Shipbuilding and marine engineering
    Development of fundamentals of the ice destruction theory and design of energy-saving means of extending navigation from surface and underwater objects;
  • Power engineering
    Improvement of marine, automobile and stationary power plants and engines. Determination of optimal load modes of marine engines on river cargo ships;
  • Applied Mathematics
    Development of probabilistic models for predicting reliability and service life of structures. Construction of reliability models for welded structures based on non-destructive testing data;
  • Aero- and hydrodynamics
    Analytical dynamics of oscillations. Wave processes in continuous media. Study of aero- and hydrodynamic processes of complex engineering structures.