ENGINEERING OF TECHNOLOGICAL MACHINES AND EQUIPMENT IN METALLURGY

Overview

In the process of training in this program, students become familiar with modern methods of mathematical, physical and computer modeling of metallurgical machines; they learn to plan, install and conduct theoretical and applied research in the field of metallurgical machines, manage the results of research activities and the commercialization of rights to objects intellectual property, develop draft, technical and working designs of competitive metallurgic machines with the use of computer-aided design and the excellence of their development.

Speciality

15.04.02 Technological Machines and Equipment

Degree
Master
Mode of attendance
Full time
Duration
2 years
Language of training
Russian
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

  • Products of the metallurgical complex serve as the foundation for the successful development of the most important industries, such as engineering, nuclear and chemical industries, construction, transport, and electrical engineering;

  • The level of development of metallurgy determines the level of scientific and technological progress in all sectors of the economy;

  • Metallurgy products are one of the main export items of Russia. The share of revenue of large exporters in non-ferrous metallurgy is more than 70%, and in ferrous metallurgy, around 30%;

  • Training and work associated with the use of modern computer technology in the design of metallurgical machinery and equipment is provided;

  • A graduate who has successfully completed training under this program is in demand on the labor market and can easily find work in metallurgical and machine-building enterprises with foundries, as well as research organizations in the industry.

CAREER OPPORTUNITIES

Graduates of this specialization and training programs can work both at metallurgical enterprises, and at enterprises of other industries that have foundry production with metallurgical shops; in design, research and educational institutions, occupying the positions of design engineers, engineer -technologists, research engineers, researchers, teachers, etc. There is the possibility of further career growth with the occupation of leadership positions at any level. Graduates who have shown the ability to research and scientific-pedagogical activity during their training can enter 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;
Patent research and commercialization of intellectual property rights;
Scientific basis for the design, operation and repair of concentrating machines and equipment;
Scientific basis for the design, operation and repair of transmissions of metallurgical production machines;
Fundamentals of research, organization and planning of experiments;
Mathematical methods in engineering;
Scientific basis of engineering technology;
Scientific basis for the design, operation and repair of metallurgical machines and equipment;
Scientific bases of design, operation and repair of transporting and lifting machines and equipment of metallurgical enterprises;
Management and marketing.
Graduate skills
Competencies in conducting patent research and analysis of the results of a patent search;
Competencies in using methods of the design of metallurgical machines and equipment taking into account their operational parameters;
Skills to use the methods of mathematical modeling of metallurgical machines and equipment, methods for constructing mathematical models and studying them 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 field of metallurgical machinery and equipment;
Knowledge of methods for the numerical solution of problems and their implementation using algorithmic languages;
Skills to carry out design calculations, application of methods for finding optimal solutions in the creation of metallurgical machines and equipment;
Knowledge of modern computer-aided design systems for metallurgical machines and equipment;