In the process of training in this program, students get acquainted with modern methods of mathematical, physical and computer modeling of technological processes in mechanical engineering; they learn to plan, install and conduct theoretical and applied research in the field of mechanical engineering, manage the results of scientific research and commercialization of intellectual property rights, develop draft, technical and working designs of complex products with the use of computer-aided design tools and master the best practices for the development of competitive products.


15.04.02 Technological Machines and Equipment

Mode of attendance
Full time
2 years
Language of training
Admission tests for international students
Field-specific entrance examination, diploma grade-point average, final qualifying work grade
Tuition fees
300 000 RUB per semester
Reasons for choosing a course
  • Production of technological machines and equipment is a rapidly growing industry that determines the level of scientific and technological progress and economic potential of the state;

  • Production of technological machines and equipment requires the introduction of innovative technologies, manufacturing parts and assembling, which helps develop other industries;

  • Russia's exports of engineering products in 2018 amounted to $33.4 billion, a new historical maximum for the industry, with almost 70% of Russian exports to non-CIS countries;

  • Currently, 34.5% of the working-age population in industry as a whole works at machine-building enterprises;

  • Training and work are connected with the use of modern computer technology in the design of technological processes of manufacturing machines;

  • Graduates of this program are in demand on the labor market and can easily find work at enterprises and research organizations of the engineering industry.


Graduates of this specialization and training programs can work at the enterprises of mechanical engineering, shipbuilding, automotive, instrument making and other branches of the manufacturing industry; in design, research and educational institutions, occupying the positions of design engineers, software engineers, research engineers, researchers, teachers, etc. There are options for further career growth with the occupation of leadership positions at any level. Graduates who have shown interest in and the ability to do research and scientific-pedagogical work can enroll to postgraduate study for further education.

Field of study
Computer technologies in mechanical engineering;
Assessment of innovative capacities and project risks;
Patent research and commercialization of intellectual property rights;
Computer-aided design of machine structures and technological processes;
New construction materials;
Scientific basis for the design, operation and repair of machines and units of flexible production systems;
Scientific basis of metallurgical engineering;
Management and marketing;
Fundamentals of research, organization and planning of experiments;
Mathematical methods in engineering;
Scientific basis of engineering technology;
Manufacturability of machine parts and its provision in production;
Scientific basis for the design, operation and repair of technological machines in mechanical engineering;
Scientific basis of mining engineering;
Scientific basis of petroleum engineering.
Graduate skills
Competencies in conducting patent research and analysis of the results of a patent search;
Competencies in designing technological processes for manufacturing parts and assembling machines taking into account their operational parameters;
Skills in using the methods of mathematical modeling of technological processes in mechanical engineering, methods of constructing mathematical models and their study, using standard packages and computer-aided design tools;
Proficiency in the preparation of scientific and technical reports, reviews, publications on the results of research in the creation of technological processes;
Competencies in the numerical solution of problems and their implementation using algorithmic languages;
Skills in carrying out technological and design calculations, the application of techniques for finding optimal solutions when creating engineering products;
Skills in using computer-aided automation of technological processes for manufacturing parts and assembling machines.