Overview

The main emphasis in training is on thermophysics and thermodynamics. In the process of training in this educational program, students study the structure of steam and gas turbines, the configuration of steam boilers, the structure and principles of operation of thermal and nuclear power plants, renewable and alternative energy sources, the configuration of heat exchangers for various purposes, and the structure and principles of designing district heating networks.

Speciality

13.03.01 Heat Power Engineering and Heat Engineering

Degree
Specialist
Mode of attendance
Full time
Duration
5,5 years
Language of training
Russian
Admission tests for international students
Mathematics, Russian language
Tuition fees
300 000 RUB per semester
Reasons for choosing a course
  • Universality of training in this speciality;

  • Large choice of places for practical training with the possibility of further employment;

  • The opportunity to engage in scientific activities during training at St. Petersburg Mining University;

  • Widespread demand on the job market for specialized personnel for enterprises of mineral raw materials and fuel and energy complexes.

CAREER OPPORTUNITIES

Graduates of the department presently work and are in demand at various enterprises: Concern Rosenergoatom JSC; Leningrad, Kola, Kalinin NPPs; Fuel and Energy Complex SUE of St. Petersburg; Heat Generating Company TGK-1 OJSC; St. Petersburg Heating Grid OJSC, etc. in such positions as shift supervisors, reactor control engineers, workshop and site managers, district chief engineers, boiler equipment engineers, turbine equipment engineers, etc.

Field of study
Technical thermodynamics;
Hydrodynamics;
Boiler plants and steam generators;
Basics of centralized heat supply;
Fundamentals of engineering design of heat power systems;
Heat and mass transfer;
Alternative and renewable energy sources;
Heat engines and blowers;
Thermal power plants;
Energy saving in heat power engineering and heat technologies.
Graduate skills
Skills in engineering and design of boiler plants;
Skills in using modern measuring instruments, conducting energy audits;
Skills in engineering and design of devices based on renewable and alternative energy sources;
Skills in engineering and design of heating networks;
Skills in engineering and design of the main and auxiliary equipment of thermal power plants;
Ability to carry out operation and maintenance of heating networks and heat supply sources.