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Mechanical engineering technology is a branch of science that studies the laws that operate in the process of manufacturing machines, combined with high quality at the lowest cost. This specialty trains engineers in the field of material processing technology and machine assembly.
Within the framework of the specialty, recruitment is carried out for full-time and part-time forms of education. The normative term for training a specialist in full-time education is 5 years and is estimated at no less than 300 credit units (a credit unit is 17 hours). The normative term for training a specialist in correspondence forms of education is increased accordingly by 1 year.
A typical training plan for specialists in this specialty includes the following special disciplines: cutting theory, machine tools, cutting tools, hydraulic and pneumatic drives and hydraulic and pneumatic automation, design and production of blanks, mechanical engineering technology, economics of mechanical engineering, theory of automatic control of technological systems, technological equipment, organization of production and management in mechanical engineering, etc.
During the training period, students receive in-depth training in mechanical engineering technology, automation of technological processes, automated design of technological processes for processing and assembly (CAD), automation of the design of processing programs on CNC machines.
Graduates of the specialty will be able to solve the following professional tasks:
- development and development of new and modernization of existing technological processes for machining parts and assembling machines that ensure the required quality of machines at their minimum cost and maximum productivity of safe labor;
- design and manufacture of advanced technological equipment for mechanical assembly work;
- organization and management of mechanical assembly production;
- analysis of production efficiency, development of measures to improve it;
- training and advanced training of personnel of mechanical assembly production;
- teaching pupils and students of secondary and higher educational institutions in the field of engineering technology and other technical disciplines;
- implementation of scientific research in order to increase the efficiency of mechanical assembly production in mechanical engineering.
Graduates of this specialty are trained for production and technological, design and research activities. After graduating from the university, graduates of the specialty receive the qualification of an engineer and are prepared for successful work at enterprises of various forms of ownership, in design and research organizations in the positions of technologists, site managers, workshops.
Students who have shown a penchant for scientific research, after graduating from BNTU, continue their studies in the magistracy and postgraduate studies.
Graduates majoring in Engineering Technology are in demand at all enterprises in the industry of the republic and beyond.
The graduating department is “Mechanical Engineering Technology”.
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Technologies under study
Metal grinding
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hardening technologies
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This specialty trains engineers in the field of material processing technology and assembly of machines with an in-depth study of such modern technologies as laser, plasma, ion-vacuum, electron beam, ultrasonic, magnetic-pulse, etc. learning.
Graduates of this specialty are trained for production and technological, design and research activities. Students undergo special training at the Department of Mechanical Engineering Technology.
During the training period, students receive training in the field of mechanical engineering technology at the level of the specialty "Mechanical Engineering Technology". Additionally, the program provides training on new processes for manufacturing parts by mechanical, physical and chemical methods, concentrated energy flows, hardening and restoration of products.
A typical plan for training specialists in this specialty includes the following special disciplines:
theory of material processing; technological equipment; processing tool; tribology; mechanics of liquids and gas; design and production of blanks; engineering technology; devices for processing materials; automation of production processes; engineering economics; organization of production and enterprise management; the basics of scientific research and innovation, etc. Students who have shown an inclination for scientific research, after graduating from BNTU, can continue their studies in the magistracy and postgraduate studies. Graduates of this specialty are in demand at industrial enterprises, design and technological and research organizations, repair and maintenance services of enterprises in almost all sectors of the national economy of the republic. ·
The graduating department is “Mechanical Engineering Technology”.
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hardening technologies
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Laser cutting, welding, engraving
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Flame spraying of protective coatings
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Specializations: 1-53 01 01-01 02 Automation of technological preparation of production 1-53 01 01-01 03 Automation of technological processes for manufacturing parts and assemblies Modern production is unthinkable without automation. The basis of automation is advanced technological processes for processing machine parts and assembling, which are inextricably linked with modern control systems based on computer technology. Graduates of this specialty will perfectly master the skills of working with modern systems of automated technological and design preparation of production, will be able to work with the latest software packages in this area. Specialists with such skills are in demand at any enterprises, including small and medium-sized businesses.
A typical training plan for specialists in this specialty includes the following special disciplines:
theory of cutting materials; fundamentals of mechanical engineering and instrumentation technology; equipment for machine-building production; metal-cutting tool; hydro- and pneumoautomatics; blank design; automated systems for technological preparation of production; technology for automated manufacturing of parts and assemblies; fixture design; economics of engineering production; organization of production and management of a machine-building enterprise; fundamentals of scientific research and innovation; computer networks; technology and programming of processing on CNC machines; computer design technology, etc.
Upon graduation, graduates receive the qualification "automation engineer".
Graduating departments - "Technology of mechanical engineering".
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