Engineering Management of Equipment and Technologies

The Master’s program is aimed at training specialists in the fields of industrial technologies and the creation and maintenance of equipment. Special attention is paid to modern software for the development and design of technological processes and machines. In the course of full-time study, machines of new production technologies are considered, including equipment and 3D printers for additive technologies, automation systems, product quality control, as well as tools and methods of production development. Students gain experience in creating and modifying metal production equipment while working on industrial orders and research projects.
2 years of study

Full-time education in Russian

College of Technologies

Major # 15.04.02
Technological Machines & Equipment

425 000 ₽
Admission for International Students

Via e-mail: welcome@misis.ru

Or you can do that personally by address: Moscow, Leninsky Prospekt 6, block 3, room G-369 (College of Mining/G-building).

International Students Service +7 499 230-24-09

Major details

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subjects in the field of materials science, study of equipment and modern methods of diagnostics of devices for solving current problems related to processing of metals and alloys

Theory and Technology of Deformation Processing of Metals and Alloys

Engineering of Basic Technologies and Equipment of Processing of Metals by Pressure

Modeling of Technological Tools and Equipment Parts in Processing of Metals by Pressure

Automation of Machines and Units of Processing of Metals by Pressure

Modern Problems of Metallurgy, Mechanical Engineering and Material Processing

Photos

Other programs

Innovation Engineering

A specialist in the field of Innovation Engineering is engaged in the creation of advanced products and their technical support for knowledge-intensive industrial production. As part of the Master’s program, students research equipment of different profiles and develop machines with a wide range of applications from, mining and metallurgical complexes to processing human waste, growing plants in the Far North and creating exoskeletons. Students also study VR/AR technologies, reverse engineering, and gain additional knowledge in mechatronics. Graduates of the program possess a holistic understanding of the innovative product creating process, from idea generation and its implementation to thorough monitoring of operation, analysis of possible operational risks, based on the technical and economic capabilities of the manufacturer.