Minsk, Belarus
Minsk, Belarus
Cost Of Living
Undergraduate Fees International Students
Post Graduate Fees International Students
The below information is required while
completing the university application :
requirements for admission into a Bachelor's program at Belarusian National Technical University (BNTU):
Secondary School Certificate: Applicants must have completed secondary education equivalent to the Belarusian school-leaving certificate (e.g., 12th grade) and provide official transcripts.
Application Form: Candidates are required to complete an application form, providing personal information, academic history, and program preferences.
Proof of Language Proficiency: Depending on the language of instruction (Russian or Belarusian), applicants may need to demonstrate proficiency through standardized tests or previous education in the respective language.
Entrance Examinations: Some programs may require applicants to take entrance exams in subjects relevant to the chosen field of study.
Medical Certificate: A medical certificate confirming the applicant's fitness to study may be required.
Passport Copy: International students must provide a valid passport copy for identification purposes.
Please note that specific requirements may vary by program and department. For the most accurate and up-to-date information, it's recommended to visit the official BNTU website or contact their admissions office directly.
Know moreBNTU clinched first place in the overall standings at the Republican Universiade, an annual sports competition among Belarusian universities. The university's athletes participated in 27 sports, earning 17 prize positions across 39 teams. This achievement highlighted BNTU's commitment to fostering athletic excellence alongside academic pursuits
In October 2023, BNTU collaborated with Shenyang University of Technology to open the China-Belarus Innovative Training, Research, and Production Center. The center focuses on developing and scaling technologies such as hypersonic metallization, laser cleaning, and surface laser hardening. This initiative strengthens bilateral ties and promotes technological advancements in machine part restoration and corrosion protection
BNTU introduced an innovative building material—nanofiber concrete with a concrete matrix modified by nanomaterials. This material exhibits high strength, crack resistance, and durability, making it suitable for constructing large industrial floors and foundation slabs. The development was recognized with a gold medal at the XXVIII International
In recognition of its substantial contributions to engineering and technical education, scientific research in energy, machine-building, construction, and architecture, as well as the application of advanced technologies, BNTU was honored with the Order of Labor Glory by the President of Belarus. This prestigious award marked the university's centenary and underscored its pivotal role in the nation's development.
Researchers at BNTU's Scientific Research Center for Optical Materials and Technologies, in collaboration with JSC “Peleng,” developed mathematical models and physical approaches for creating innovative experimental samples of modern pulsed laser emitters with longitudinal diode pumping. These systems operate in a safe spectral area of about 1.5 microns, enhancing optoelectronic location, range finding, and object detection systems' capabilities
In 2012, BNTU hosted the first Forum of Engineering and Technology Universities of the Union State, aiming to unite the efforts of technical universities in the post-Soviet space. The forum has become a significant platform for showcasing innovative ideas and fostering collaboration among technical universities in the Eurasian region
BNTU was ranked in the group from 758 to 800 according to the QS World University Rankings 2022, among 1,300 of the largest universities globally. This ranking reflects the university's high level of education and its growing international recognition. Currently, BNTU hosts students from 47 countries, further enhancing its global presence
BNTU has integrated digital technologies into its educational process, establishing itself as a "Digital University." The university utilizes over 3,500 personal computers, 121 computer classes, 229 multimedia projectors, and more than 1,200 software licenses to support the educational process. This infrastructure facilitates modern teaching methods and enhances the learning experience for students
Developed by V. M. Konstantinov, V. G. Dashkevich, and I. V. Pletenev, this technology enhances the durability of copper under-spun coolers used in glass production. By applying a unique powder mixture containing boron and chromium, the process increases the aluminum concentration in the thermal diffusion layer to 26.4%, resulting in an 8.2-fold increase in durability. This advancement has been implemented at the OJSC “Steklovolokno” plant, improving the efficiency of glass production.
Engineered by V. T. Minchenya, P. E. Lushchik, S. V. Orlovsky, and D. A. Bodyak, this medical device is designed for total knee replacement surgeries. The system includes endoprostheses and implantation instruments, with an annual production capacity of at least 3,000 sets. This innovation addresses the growing demand for knee replacement procedures in Belarusian healthcare institutions
Developed by V. M. Ulasevich and A. A. Sitnik, this series comprises over 30 types of implants intended for external osteosynthesis in treating fractures and deformities of bones in the upper and lower extremities. With registration certificates in Belarus and Russia, the products aim to meet the annual needs of healthcare institutions, with a projected annual production volume of at least 5,000 sets.
Created by V. T. Minchenya and I. V. Olgomets, this medical product serves as a lining material under surgical threads during operations. The product has received a registration certificate and has been delivered to the Republican Scientific and Practical Center "Cardiology." The annual supply to healthcare institutions is expected to reach at least 200,000 units, enhancing surgical procedures' safety and efficiency
Developed by A. Yu. Korolev and V. S. Niss, this pilot industrial technology focuses on the electrolyte-plasma polishing of nitinol, a material used in medical products for cardiovascular surgery. The process enhances the material's biocompatibility and realizes its shape memory effect, crucial for medical devices. The technology supports the production of 12 types of medical products, with an annual output of 8,200 units
In collaboration with Pskov State University, BNTU developed a preliminary design for a five-axis hybrid machining center as part of the Russian Federation's Federal project. The project included creating a digital twin of the machining center and conducting virtual tests of technological operating modes. The initiative aims to advance hybrid manufacturing technologies in machine tool building
Researchers at BNTU's Scientific Research Center for Optical Materials and Technologies, in collaboration with JSC “Peleng,” developed mathematical models and physical approaches for creating innovative experimental samples of modern pulsed laser emitters with longitudinal diode pumping. These systems operate in a safe spectral area of about 1.5 microns, enhancing optoelectronic location, range finding, and object detection systems' capabilities.
BNTU introduced an innovative building material—nanofiber concrete with a concrete matrix modified by nanomaterials. This material exhibits high strength, crack resistance, and durability, making it suitable for constructing large industrial floors and foundation slabs. The development was recognized with a gold medal at the XXVIII International Exhibition and Congress “High Technologies. Innovation. Investments" HI-TECH 2023 in St. Petersburg
Developed by V. T. Minchenya and I. V. Olgomets, these medical felt products are designed for use as lining materials under surgical threads during operations. The products have received a registration certificate and have been delivered to the Republican Scientific and Practical Center "Cardiology." The annual supply to healthcare institutions is expected to reach at least 200,000 units, enhancing surgical procedures' safety and efficiency.
BNTU's collaboration with JSC “Peleng” led to the development of advanced laser systems for optoelectronic applications. These systems incorporate new crystalline materials and diode pumping techniques, operating in the eye-safe spectral range of approximately 1.5 microns. The innovations aim to improve the performance of optoelectronic location, range finding, and object detection systems, contributing to advancements in laser technology.
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