The Department of “Design and Production of Devices” prepares specialists to work at enterprises engaged in the development and production of medical equipment, in diagnostic and treatment medical institutions, including oncology, research institutes of medical and biological directions, which have in operation the most complex devices and devices for diagnostics and treatment, medical equipment and various biotechnical systems for correcting the body’s condition, as well as for biomedical research. When training specialists, much attention is paid to the design of medical devices, therapeutic and diagnostic devices and systems for replacing lost organs, specialized simulators for the treatment and rehabilitation of disabled people and their manufacturing technology.
Students study human physiology and anatomy, the effect of physical fields on biological objects, the physical principles underlying modern technical devices for diagnostics and treatment, as well as concepts for improving complexes for diagnostics and treatment. Students undergo practical training in medical institutions and at enterprises manufacturing medical equipment. Those who wish are given the opportunity to engage in science during their studies and take part in the development of medical equipment under the guidance of experienced teachers. Graduates of this specialty can continue their education in master's and postgraduate programs.
Due to the fact that the Republic of Belarus is pursuing a course towards the development and production of import-substituting medical equipment and simulators for the rehabilitation of disabled people, the demand for graduates of this specialty is increasing every year.
Specialist qualification – engineer.
Full-time budget
Full-time budget
Full-time paid
The training of engineering personnel for this specialization is carried out by the Department of Design and Production of Devices.
The main areas of specialist training are the design, production and operation of instruments designed to measure linear and angular quantities, forces and their derivatives, mass and its derivatives, hydrostatic, hydrodynamic and thermal quantities, temperature, substance flow, time parameters, etc.
In this specialization, specialists are trained who, after receiving a diploma, can work as an instrumentation and automation engineer, design engineer, process engineer, research engineer, controller engineer, mechanical engineer at enterprises developing and producing measuring instruments; in departments that ensure the development of technological processes for the manufacture of instrument parts and their automation; in organizations operating measuring instruments of any physical quantities. The practical scope of application of such specialists is not limited; such specialists will also be in demand in nuclear energy.
Specialist qualification – engineer.
Full-time budget
Correspondence budget
(short-time)
Correspondence paid
(short-time)
Full-time budget
Correspondence budget
Correspondence paid
The concept of “Information and measurement technology” unites a wide class of electronic devices and systems that provide control and management of various objects and processes, from household appliances to automatic production lines and spacecraft; collection, processing and transmission of information (sensors, mobile communication devices, navigators, etc.); measurements in technology, medicine, scientific research, etc. Today there is no sphere of human activity in which information and measuring technology products would not be used. An electronic control unit for a refrigerator or an anti-lock braking system of a car, an automatic light switch on a staircase landing, an electrocardiograph in a clinic, a voice annunciator in a bus, various gadgets - every day any person interacts with hundreds of electronic devices, and their number is growing like an avalanche. In Russia, more than 30 universities train engineers in this specialty. In our republic, the basic higher education institution providing training in this specialization is BNTU.
The areas of activity of specialists who are trained in this specialization are: design of measuring instruments and information-measuring systems, industrial and consumer electronics products; development of software for information and measurement systems; installation, adjustment and maintenance of technical information and measuring equipment, including process automation systems, medical diagnostic and therapeutic systems and complexes, etc.; development of regulatory and technical documentation for measuring instruments and other electronic products; metrological support of measuring instruments and information-measuring systems; research and development.
During the training process, students receive in-depth knowledge in the field of digital and analog circuitry, programming, sensor technology, physics and measurement technology, computer technology, and information transmission theory. In the teaching of special disciplines, the emphasis is on modern computer design and modeling tools; students learn in practice the programming of microcontrollers, systems on programmable logic integrated circuits, and “systems-on-a-chip”.
To ensure high-quality training of engineers, specialized laboratories equipped with modern equipment have been created at the Department of Information and Measuring Equipment and Technologies, and there is a base for conducting scientific research. In the research laboratories of semiconductor technology and optical-electronic instrumentation, a complex of works is being carried out to develop new measuring instruments and information-measuring systems, which allows the most active students to be involved in the research process, provides a basis for the practical implementation of their ideas, including within the framework of coursework and diploma design.
The department has master's and postgraduate courses.
Graduates of the department work in various fields related to the development and operation of information and measuring technology:
in industry - as engineers and managers for the development and implementation of innovative projects related to the use of electronic and software tools;
in scientific centers - as researchers involved in the development of hardware and software systems for all areas of the economy, space systems, sensor systems, etc.;
in small and joint ventures for the development and production of systems on microcontrollers for civilian and special purposes, incl. military use.
Specialist qualification – engineer.
Full-time budget
Full-time paid
Correspondence budget
(short-time)
Correspondence paid
(short-time)
Full-time budget
Correspondence budget
(short-time)
Correspondence paid
(short-time)
Graduates of this specialization, who are trained at the Department of Design and Production of Devices, are prepared to work in enterprises that produce jewelry, in departments that ensure the development of technological processes, equipment, tools and automation equipment in the manufacture of products from precious, non-ferrous metals and alloys, stones
A characteristic feature of graduates is their comprehensive training in all issues in the field of creating jewelry, from drawings of the product to the implementation of the plan in metal or other material. As a result of this integrated approach, graduates of this specialty receive fundamental training in technology and equipment for precision and artistic and decorative processing of materials, including precious metals and stones. At the same time, much attention is paid to computer modeling when designing blanks and products. A specialist in the artistic processing of materials stands next to the artist, understands his plans and knows how to implement them, knowing well the technological capabilities, he can himself develop the artistic concept of jewelry.
Graduates can work as technologists, designers, constructors in external design departments, in tool production of instrument-making enterprises, in jewelry workshops, in art funds of Artists' Unions, as well as in services responsible for the accounting and preservation of precious metals and stones.
Specialist qualification – engineer.
Full-time budget
Full-time budget
Profiling is aimed at ensuring the quality of materials, products and structures at the stages of production and operation in order to increase their reliability and prevent man-made and environmental accidents.
The field of activity of a graduate in this major is the design of devices, systems and complexes for non-destructive testing of materials, products and technological processes in industry, development of software for them; installation, adjustment, operation and maintenance of technical means of non-destructive testing; organizational and methodological support for non-destructive testing and diagnostics of new materials and products.
A specialist can work at enterprises in departments and laboratories of non-destructive testing, technical diagnostics, technical supervision departments, quality control services of enterprises, in all sectors of the national economy, including nuclear energy. The graduate has the necessary competence to work in design and engineering organizations and departments involved in the development and production of devices, systems and complexes for non-destructive testing of materials.
When training specialists, the main attention is paid to modern knowledge in the field of physics, sensor technology, electronics, computer technology, and software.
Special disciplines that form a specialist are aimed at in-depth study of the theory of physical fields, radiation sources and receivers, circuit design, design of components in non-destructive testing devices and systems, signal processing and transmission, defects in materials and products, design features of potentially dangerous objects, physical control methods, technical means of non-destructive testing, methods and instruments of technical diagnostics, design of non-destructive testing means.
To ensure high-quality training of specialists, specialized laboratories equipped with modern equipment operate at the major department of Information and Measuring Equipment and Technologies. There is a basis for scientific research. In the research laboratories of semiconductor technology and optical-electronic instrument making, a complex of works is being carried out to develop non-destructive testing methods in the electronics industry, mechanical and instrument making.
The department has master's and postgraduate courses (full-time and part-time forms).
Specialist qualification – engineer.
Full-time budget
Full-time budget
This specialization track will be launched in the "Information and Measurement Equipment and Technologies" Department starting in 2025.
The professional scope of the graduate encompasses the design, production, and operation of electronic control systems for unmanned complexes. This includes autopilots, navigation and orientation systems, unmanned vehicle control systems, as well as communication and data transmission systems.
A defining characteristic of these specialists is their comprehensive training in all aspects of autonomous and semi-autonomous navigation of unmanned vehicles, interference-resistant communication channels, machine vision systems, and multi-sensor systems, including those utilizing artificial intelligence technology.
Specialists will be qualified to work as engineers at enterprises involved in the research, development, and manufacturing of unmanned complexes, including unmanned aerial vehicles (UAVs) and unmanned ground vehicles (UGVs), as well as at organizations responsible for their operation.
Full-time budget
Full-time budget
Full-time paid
Correspondence budget
Correspondence paid
Correspondence budget
(short-time)
Correspondence paid
(short-time)
applicant.Full-time budget
(short-time)
Full-time paid
(short-time)
During the training process, students receive basic technical and special education, in-depth knowledge in the field of information technology, foreign languages, and gain work experience in specialized organizations, IT companies, financial organizations, certification bodies, testing and research centers, consulting and development companies. The training of specialists is focused on mastering the legislative foundations of technical regulation in the market, technologies for quality management and conformity assessment, metrological and standardization support for the activities of organizations.
Since 2010, the specialty training program has been recognized by the International Organization for Standardization (ISO) as one of the best in higher technical educational institutions in the world.
In addition to a full-fledged study of general engineering and special disciplines that form full-fledged professional technical training, students study in depth foreign languages, the basics of foreign economic relations, and marketing. A systematic approach to the formation of the complex of knowledge and skills required today ensures the demand for engineers of this profile to solve such problems as:
- planning, organizing and conducting conformity assessment (certification) of products, services, management systems;
- development and implementation of management systems that meet the requirements of STB ISO 9001, STB ISO IEC 27001, STB ISO 45001, STB ISO 16949, etc.;
- software - information support in the field of quality management, metrological support, conformity assessment, standardization;
- development of effective methods and means of measurement, control and testing, methods for assessing the accuracy and reliability of the results obtained;
consulting companies, financial organizations, etc.
The annual demand for specialists is from 1.5 to 2.5 applications per graduate.
Full-time budget
Full-time budget
The Department of Micro- and Nanotechnology trains specialists (engineers, masters, candidates and doctors of science) in the field of micro- and nanosystem products and their production technologies. This is a new and dynamically developing area of science and technology, requiring an increasing number of engineering and scientific personnel every year. Microsystem technology, micromachines, microelectromechanical systems (MEMS) are being developed and produced in all technologically advanced countries of the world in ever-increasing volumes. The Belarusian economy especially needs specialists capable of developing and organizing the production of such products. Cars, tractors, combines, and household appliances produced in Belarus contain many sensors, sensors, gyroscopes, micromotors, various devices and miniature converters that require continuous improvement in accordance with the requirements of the global market. Therefore, the personnel produced by the MST department are in demand both at industrial enterprises and in industrial and academic design bureaus and institutes of Belarus. The MST department is the only one in the country that trains such unique specialists, so their work in the real economy is adequately paid.
Academicians of the National Academy of Sciences of Belarus, doctors and candidates of science, professors and associate professors take part in the training of specialists at the MST department. There are well-equipped educational and scientific laboratories, branches of the department operate at JSC Integral, JSC Minsk Research Institute of Radio Materials, State Scientific Institution Institute of Heat and Mass Transfer named after. A.V. Lykov NAS of Belarus". Special courses and specialization disciplines are taught by specialists working in the branches of the department. All coursework and dissertations are carried out on the subject of the intended placements. An industry laboratory (ONIL-MEMS) has been organized and equipped with modern scientific and technical equipment to develop new technologies and promising samples of microequipment for enterprises of the Ministry of Industry and the State Military Industry Committee of the Republic of Belarus. Students, undergraduates and graduate students of the MST department have a real opportunity to combine their studies with paid work at ONIL-MEMS.
The process of training specialists is associated with the study of manufacturing technologies, methods of calculation, design and diagnostics of microelectromechanical and nanoelectromechanical systems, nanoobjects and nanostructured materials, metrological support for measurements at the nanoscale, determination of the properties of materials and components at the nanoscale, features of the operation of micro- and nanosystems in modern machines and devices .
The professional activity of a future certified specialist in the field of microsystem technology involves the research, development, creation and use of subminiature devices, sensors, actuators and micromachines based on system integration of electronics, materials science, mechanics, optics, chemistry and biology. Graduates of the Department of Micro- and Nanotechnology possess all these competencies.
The Department of Micro- and Nanotechnology has master's and postgraduate courses.
Specialist qualification – engineer.
Full-time budget
Full-time budget
Correspondence budget
(short-time)
Correspondence paid
(short-time)
This specialty trains engineers to work at enterprises and organizations that develop, produce and operate modern optical, optoelectronic and laser devices and complexes that are used in almost all areas of science and technology:
in military affairs - as high-precision means of guidance and observation of moving objects;
in communication and control systems - to ensure high-speed transmission of information flows;
in medicine - for the diagnosis and treatment of human diseases;
in industrial production - for processing materials and monitoring the output parameters of products;
in television and video equipment;
in aerospace engineering – for remote sensing of the Earth;
in film, photographic and other areas of instrument engineering.
The main attention in training specialists is paid to the design of optical and laser devices, methods for calculating optical systems, optical production technology, design of optical-electronic and laser devices, as well as their use in modern optical and laser technologies, including information processing technologies, obtaining new optical and laser materials and radiation sources.
Graduates have the opportunity to work in their specialty at enterprises, organizations, research institutes, and companies of various forms of ownership: OJSC Peleng, Scientific and Technical Center LEMT BelOMO, Minsk Mechanical Plant named after. S.I. Vavilova BelOMO, OJSC KBTEM-OMO, Institute of Physics of the National Academy of Sciences of Belarus, foreign enterprise BeltexOptic, CJSC Solar-LS; Belarusian-Japanese joint ventures “Lotis-TII” and “Solar-TII”, etc.
The Department of Laser Engineering and Technology has master's and postgraduate courses. Undergraduate and graduate students have the opportunity to engage in research work at the Research Center for Optical Materials and Technologies of BNTU, equipped with modern equipment.
Specialist qualification – engineer.
Full-time budget
Full-time budget
The specialty is aimed at meeting the need of the Republic of Belarus for specialists involved in the development of design documentation for modern technical systems for ensuring the safety of facilities, including fire protection systems and facility security systems, as well as the production, implementation and maintenance of such systems.
A graduate of the specialty must be prepared to work in the field of creating and using technical means for detecting an intruder or fire, which requires extensive knowledge in the field of measuring physical quantities of various natures (optical, electrical, magnetic, mechanical, etc.). Another element of security systems is notification transmission systems (TSS). The training of engineers capable of creating and maintaining SPI is based on training in the field of electronics and programming of technical equipment. Technical means of security systems function effectively in interaction with engineering means of protection and fire protection systems for buildings and structures (means of ensuring technical strength, fire automatics, smoke protection, etc.). The implementation of such interaction is impossible without knowledge in the field of automation and mechanics. The specifics of the activity of the named specialist also require serious training in the legal field, which includes the system of fire safety regulations and standardization, laws of the Republic of Belarus, technical regulations and codes of established practice, state standards of the Republic of Belarus, etc.
The educational program provides for students to study the following special disciplines:
theory of security systems;
design of security system devices;
programmable digital devices in security systems;
transceiver devices;
computer networks;
security system instrument components;
ensuring information security;
physical and mathematical modeling of security and safety systems;
channels of connection.
Specialization disciplines:
monitoring the parameters of detection objects;
CCTV;
technical means of security and fire alarm systems;
access control systems;
fire automatics;
engineering means of protection;
design of security and safety systems.
To ensure high-quality training of specialists, specialized laboratories equipped with modern equipment have been created at the major department of Information and Measuring Equipment and Technologies, and there is a unique base for scientific research. The Design Workshop “Safety Technologies”, the Certification Body for Special Protection Equipment with a Testing Center, the scientific sectors of safety technologies, special protection equipment and information and measuring equipment are successfully operating.
The department has master's and postgraduate courses.
Specialist qualification – engineer.
Full-time budget
Correspondence budget
Correspondence paid
Full-time budget
Full-time paid
Correspondence budget
(short-time)
Correspondence paid
(short-time)
The training of certified specialists in the field of electronic instrument engineering ensures professional activities in the development of technological processes for the production of materials and components of electronic equipment, the study of the structure and properties of materials, and the development of control and diagnostic methods.
The objects of professional activity of a graduate are materials, components, instruments and electronic devices, technological processes of their manufacturing, research, design and engineering methods, as well as diagnostic and technological equipment.
Training of highly qualified personnel in this specialty is carried out in master's and postgraduate programs through both part-time and full-time forms of higher education.
The demand for such specialists is confirmed by applications from organizations of the Republic of Belarus. Graduates of the specialty work at enterprises and organizations of both state and private ownership in various sectors of the economy.
Specialist qualification: Engineer.
Full-time budget
Full-time budget
