Mining and Transport Machine Engineering

Engineers focusing on mining and transport machine design and operation need to provide for the production equipment high reliability and durability; reduce the maintenance and overhaul time; increase the equipment efficiency and safety at every life-cycle stage. Their main objective is to ensure the sustainable development of mining enterprises and industry as such. Our graduates possess knowledge and skills necessary for the research, design and development of the latest mining and transport equipment; they are capable to forecast its operation in any harsh environment in order to reveal timely and eliminate any possible faults; prevent production emergencies and develop efficient operation strategies.

2 years of study

Full-time education in Russian

College of Mining

Major # 15.04.02
Technological Machines & Equipment

380 000 ₽
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

Teachers

Maxim Grigorievich Rakhutin

Doctor of Technical Sciences, Professor, Head of the Department

+7 499 230-24-31
rahutin.mg@misis.ru

Vyacheslav Petrovich Dyachenko

Ph.D., Associate Professor

+7 499 230-24-35
diachenko.vp@misis.ru

Vasily Vladimirovich Zotov

Ph.D., Associate Professor

+7 499 230-24-35
zotov@misis.ru

Alexander Evgenievich Krivenko

Ph.D., Associate Professor

+7 499 230-24-43
Krivenko.ae@misis.ru

Valery Alekseevich Malakhov

Ph.D., Associate Professor

+7 499 230-24-35
malahov.va@misis.ru

Mikhail Valentinovich Secretov

Ph.D., Associate Professor

+7 499 230-24-43
mv.sekretov@misis.ru

Sergey Gennadievich Gubanov

Ph.D., associate professor

+7 499 230-24-43
sg.gubanov@misis.ru

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Other programs

Mining and Transport Machine Manufacturing and Renovation

This program trains professionals to solve problems urgent for the engineering enterprises such as an acceleration of production cycle, reduction of product cost-efficiency, an increase of product market competitiveness, an efficient use of financial and power resources, and setting up a reliable system of the production equipment maintenance and overhaul including mining and transport machines. Program graduates are capable to develop highly efficient engineering processes using the automated design systems; timely reveal and eliminate possible faults in the equipment operation; prevent the equipment failures and emergency situations, and develop modern equipment renovation technologies.