Overview

In the course of training in this specialization, students get acquainted with engineering and computer graphics, theoretical and applied mechanics, the basics of design, design and manufacturing technology of engineering products, and automation of production processes in mechanical engineering. They learn how to work in computer-aided design systems and get practical skills in programming equipment with numerical control.

Speciality

15.03.01 Mechanical 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
  • Mechanical engineering is the basis of any technical specialty, as it is engaged in the production of products (machinery, equipment, machinery, etc.), which are subsequently used in various spheres of human activity;

  • The engineering industry largely determines the level of scientific and technological progress and the economic conditions of any state;

  • Great demand for the engineering profession in the modern world;

  • Broad variety in finding employment at machine-building enterprises of the aircraft industry, automotive industry, oil and gas industry, defense industry, robot-building, machine-tool construction, shipbuilding, etc.

CAREER OPPORTUNITIES

Graduates of this specialization work as technical professionals and engineering personnel at design and planning departments, mining and refining facilities of such companies as JSC "Baltic Industrial Company", JSC "Baltic Plant", JSC "Klimov", PJSC "Izhora Plants", PJSC "Kirovsky Plant", PJSC "Power Machines", "Hyundai Motor Manufacturing Rus", "Nissan Motor", "Ford "," Toyota Motor Corporation ", etc. They are also employed as experts at monitoring and supervisory services.

Field of study
Automation of production processes in mechanical engineering;
Metal-cutting equipment;
Engineering production design;
Computer-aided design of technological processes;
Technological tools;
Mathematical modeling in mechanical engineering;
Forming processes and tools;
Systems of control and programming of equipment with numerical control;
Manufacturing engineering.
Graduate skills
Skills in modeling technical objects and technological processes using standard packages and computer-aided design tools;
Experience in the development of technological processes of manufacturing engineering products (parts, components);
Skills of working with technical documentation used in the engineering industry;
Engineering and technological skills in the manufacture of engineering products in accordance with the technical specifications and the use of standard design automation tools;
Skills of technical measurements, conducting experiments by specified methods, processing and analyzing results; studying scientific and technical information, domestic and foreign practices in the area of engineering production research.