Minsk, Belarus
Minsk, Belarus
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Mikita Mikado, born in Minsk in 1986, is a prominent Belarusian IT entrepreneur known for co-founding PandaDoc, a leadin... View More
Mikita Mikado, born in Minsk in 1986, is a prominent Belarusian IT entrepreneur known for co-founding PandaDoc, a leading e-document automation platform. After studying at BSUIR from 2001 to 2006, Mikado participated in a Work & Travel program in the United States, where he honed his skills in web design and software development. In 2011, he returned to Belarus and, alongside Sergey Barysiuk, launched Quote Roller, a tool for automating commercial proposals. This venture evolved into PandaDoc by 2013, offering businesses streamlined solutions for creating, sharing, and signing documents online. Under Mikado's leadership, PandaDoc achieved unicorn status, reflecting its valuation exceeding $1 billion. Beyond his entrepreneurial endeavors, Mikado is also recognized for his philanthropic efforts, particularly in supporting Belarusian civil society initiatives View Less
Sergey Ivanovich Kalyakin (1952–2024) was a notable Belarusian opposition politician and leader of the Belarusian Left... View More
Sergey Ivanovich Kalyakin (1952–2024) was a notable Belarusian opposition politician and leader of the Belarusian Left Party "A Just World." Graduating from BSUIR in 1977 as a radio engineer, Kalyakin later pursued political science at the Belarusian State University. Initially a member of the Communist Party of the Soviet Union, he transitioned to opposition politics following the USSR's dissolution. Kalyakin was known for his advocacy of social justice and democratic reforms in Belarus. His political career was marked by persistent efforts to challenge authoritarian governance and promote civil liberties, making him a significant figure in Belarusian political discourse View Less
Nina Baginskaya, born in 1946 in Minsk, is a renowned Belarusian human rights activist and geologist. After graduating f... View More
Nina Baginskaya, born in 1946 in Minsk, is a renowned Belarusian human rights activist and geologist. After graduating from BSUIR with a specialization in radio equipment assembly, she pursued her passion for geology at the Ivano-Frankivsk Institute of Oil and Gas. Baginskaya worked as a geologist at the Belarusian Research Geological Institute while actively participating in the Belarusian Popular Front. Since 1988, she has been a prominent figure in various protests advocating for democracy and human rights in Belarus. Her unwavering commitment to activism, often symbolized by her carrying the white-red-white flag, has made her an iconic figure in the country's struggle for freedom View Less
Viktor Prokopenya, born in 1983 in Minsk, is a British technology entrepreneur and investor. After earning a degree in s... View More
Viktor Prokopenya, born in 1983 in Minsk, is a British technology entrepreneur and investor. After earning a degree in software development from BSUIR in 2006, he founded Viaden Media, which became Eastern Europe's largest mobile software developer before its acquisition in 2011. Prokopenya later established VP Capital, investing in fintech companies like Capital.com. He has been instrumental in shaping Belarus's IT legislation, advocating for digital economy development. In recognition of his contributions, he was appointed as a visiting professor at the University of Leeds in 2023. Prokopenya is also known for his philanthropic efforts, including significant donations to healthcare and education initiatives View Less
Gennady Mozheyko, born in 1982 in Minsk, is a Belarusian journalist who graduated from BSUIR in 2004. He began his journ... View More
Gennady Mozheyko, born in 1982 in Minsk, is a Belarusian journalist who graduated from BSUIR in 2004. He began his journalism career with Komsomolskaya Pravda in Belarus in 2009. Mozheyko gained international attention when he was detained in October 2021 due to his professional activities, leading to widespread calls for his release by journalists and human rights activists. In March 2023, he was sentenced to three years in a penal colony, highlighting the challenges faced by journalists in Belarus. His case underscores the ongoing struggle for press freedom in the country View Less
Svetlana N. Yanushkevich is a Belarusian-Canadian electrical engineer specializing in biometrics and machine learning ap... View More
Svetlana N. Yanushkevich is a Belarusian-Canadian electrical engineer specializing in biometrics and machine learning applications in logic design. She earned her diploma in electrical and computer engineering from BSUIR in 1989 and completed her doctorate there in 1992. Yanushkevich further obtained a habilitation from the Warsaw University of Technology in 1999. Currently, she serves as a professor in the Department of Electrical and Software Engineering at the University of Calgary, where she leads the Biometric Technologies Laboratory. Her research contributions have significantly advanced the fields of reversible computing and biometric security systems View Less
Leanid Marakou (1958–2016) was a Belarusian journalist, writer, and historian. An alumnus of BSUIR, Marakou dedicated ... View More
Leanid Marakou (1958–2016) was a Belarusian journalist, writer, and historian. An alumnus of BSUIR, Marakou dedicated his career to researching and documenting the history of Soviet repression in Belarus. He authored numerous works that shed light on the victims of political purges, contributing to the preservation of historical memory. His meticulous research provided invaluable insights into the lives of those affected by totalitarian regimes, making him a respected figure in Belarusian historiography View Less
Georgi Mikayeli Petrosian, born in 1953 in Azerbaijan, is an Armenian politician who has played a significant role in th... View More
Georgi Mikayeli Petrosian, born in 1953 in Azerbaijan, is an Armenian politician who has played a significant role in the political landscape of the Republic of Artsakh. An alumnus of BSUIR, Petrosian has been involved in various governmental roles, contributing to the region's administrative and political development. His work has been instrumental in shaping policies and governance structures within Artsakh, reflecting his commitment to public service and regional stability View Less
Siarhei Uladzimiravich Cherachen, born in 1985, is a Belarusian entrepreneur and politician. A graduate of BSUIR, Cherac... View More
Siarhei Uladzimiravich Cherachen, born in 1985, is a Belarusian entrepreneur and politician. A graduate of BSUIR, Cherachen has been actively involved in the country's political scene, notably as a candidate in the 2020 Belarusian presidential election. He currently serves as the chairman of the Belarusian Social Democratic Assembly, advocating for democratic reforms and social justice. His political activities reflect a commitment to fostering a more open and participatory political environment in Belarus View Less
Vadim Anatolyevich Bogush, born in 1975, is a Belarusian academic and politician. An alumnus of BSUIR, he has held sever... View More
Vadim Anatolyevich Bogush, born in 1975, is a Belarusian academic and politician. An alumnus of BSUIR, he has held several significant positions, including serving as the rector of BSUIR since 2018. Bogush has also been a member of the All-Belarusian People's Assembly and its presidium since 2024. His contributions to education and public administration have been pivotal in shaping higher education policies and institutional governance in Belarus View Less
The below information is required while
completing the university application :
Here are six admission requirements for the Bachelor's programs at the Belarusian State University of Informatics and Radioelectronics (BSUIR):
A general or special secondary school certificate (Attestat o srednjem /specialnom/obrazovanii).
Valid passport with a Belarusian visa.
Medical certificate from an official public health service in the applicant's home country.
HIV test certificate issued by an official public health service
Proof of payment of the application fee.
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In 2024, President Aleksandr Lukashenko acknowledged BSUIR's significant role in advancing Belarus's technological sovereignty. The university was commended for its contributions to the informatization of the national economy and for producing specialists in radio engineering, instrumentation, and information systems. BSUIR's efforts in digital development and technological innovation have positioned it as a cornerstone of Belarus's status as an advanced innovative state
On September 27, 2024, President Lukashenko visited BSUIR to review its scientific developments in areas such as standardization, defense capability, aviation, transport, road safety, medical and agricultural technologies, and communications. The university showcased its cooperation with the defense sector, including work on highly accurate and jam-proof missiles. Additionally, BSUIR introduced three new majors: electronic engineering, cyber-physical systems, and digital marketing, developed in collaboration with domestic producers and the Hi-Tech Park.
On September 5, 2017, BSUIR, in partnership with the Hi-Tech Park resident Softarex Technologies, opened the IT Guru Laboratory. Equipped with 16 new computers and a multimedia projector, the lab offers courses in Java, JavaScript, and C++. It is primarily utilized by students in the Automated Data Processing Systems program, with additional evening classes available for other students. This initiative represents the 47th joint laboratory established at BSUIR, reflecting the university's commitment to integrating practical industry experience into its educational programs
In 2012, a team from BSUIR secured a bronze medal at the ACM International Collegiate Programming Contest (ICPC) World Finals. The team, comprising Aliaksei Ropan, Daniil Berezhnov, and Ihar Brukau, achieved this distinction by solving six out of twelve problems. This accomplishment highlights the university's excellence in computer science and its commitment to fostering competitive programming skills among its students
In 2012, BSUIR's quality management system was certified in accordance with ISO 9001 standards within the national certification system and the German DAkkS certification system. This dual certification signifies the university's commitment to international quality standards and its focus on continuous improvement in administrative and educational processes
BSUIR received the Prize of the Government of the Republic of Belarus for Achievements in Quality in both 2011 and 2016. This recognition underscores the university's dedication to maintaining high standards in education, research, and organizational management. The awards reflect BSUIR's continuous efforts to enhance its quality management systems and contribute to national development
In 2009, BSUIR, in collaboration with EPAM Systems and supported by the Belarus Hi-Tech Park, inaugurated a Joint Educational, Scientific, and Innovation Complex. This facility comprises three laboratories, teaching staff rooms, and storage premises. It serves as a hub for both academic curriculum classes and advanced optional courses developed by leading specialists from the Hi-Tech Park. The complex aims to enhance the material and technical base of the university, provide students with prospects for future employment in prestigious IT companies, and foster the development of the nation's creative and innovative potential
In 2024, BSUIR developed a monitoring and remote control system utilizing the MQTT protocol to automate indoor climate monitoring and management processes. The system allows for the control of toxic fume concentrations and humidity levels in various environments, including apartments, computing centers, greenhouses, and warehouses. It comprises an Android application and a device based on the ESP8266 microcontroller, enabling remote control via mobile phones. Key features include automatic adjustment of irrigation and ventilation schedules, reliable waterproofing, sensor installation flexibility, and secure personal data handling
BSUIR introduced SkinCancerStop in 2024, an adaptive web application designed for the early diagnosis of malignant skin neoplasms. The application utilizes neural network training technology to analyze photographs of moles, distinguishing between normal skin conditions and potential diseases. It provides diagnostic results within a minute, offering a percentage probability of neoplasm development. The user-friendly interface and low error probability make it a valuable tool for preliminary skin health assessments
BSUIR developed a two-level mobile self-organizing network with a combined operation mode in 2024. This network architecture enhances the adaptability and efficiency of mobile communication systems by allowing dynamic reconfiguration based on operational requirements. The innovation supports improved connectivity and resource management in mobile networks, contributing to advancements in telecommunications infrastructure
In 2024, BSUIR researchers proposed a model and structure for an IoT network aimed at diagnosing Alzheimer's disease. The network leverages interconnected devices to monitor and analyze patient data, facilitating early detection and management of the disease. This approach underscores the potential of IoT technologies in enhancing healthcare diagnostics and patient care
BSUIR introduced a data management system in 2024 designed for the comprehensive assessment of the biosphere's state. The system integrates various data sources to monitor environmental parameters, supporting ecological research and policy-making. By providing a holistic view of biosphere conditions, the system aids in sustainable environmental management efforts
In 2024, BSUIR explored the concept of transforming vacuum energy using an oscillator based on the Casimir effect. This theoretical research delves into harnessing quantum fluctuations between closely spaced conductive plates to generate energy. While primarily conceptual, the study contributes to the broader understanding of quantum energy phenomena and their potential applications
BSUIR's 2024 research into the theory and practice of remote radar probing enhances techniques for Earth's surface observation. This work supports advancements in remote sensing technologies, facilitating improved data collection for applications in geology, agriculture, and environmental monitoring. The research contributes to the development of more accurate and efficient radar-based observation methods
In 2023, BSUIR introduced the Holographic Intellectual Voice Assistant (HIVA), a cutting-edge system designed to enhance human-computer interaction. HIVA utilizes audiovisual effects and a 3D avatar to provide users with comprehensive information about the university, including admissions, study programs, fees, departments, and campus life. The system offers a unique "face-to-face" interaction experience with an animated 3D mascot, simulating real-life communication. HIVA integrates various sub-modules and connects a family of applications such as mobile apps, a Telegram chatbot, suggestion categorization, and entertainment services. The voice assistant employs Russian language NLP models and tools to ensure an optimal user experience
BSUIR researchers developed a novel technology for manufacturing flexible double-layered microwave absorbers in 2023. This technology is based on the mechanical micromachining of electrically conductive sheet materials, particularly foil polymer materials. The absorbers are designed to provide electromagnetic compatibility for radioelectronic devices by effectively absorbing electromagnetic radiation. The innovation holds significant potential for applications in various electronic systems requiring electromagnetic shielding
In 2023, BSUIR researchers presented an improved technology for manufacturing frequency-selective electromagnetic shields in the microwave range. The innovation involves incorporating elements in the form of classical Archimedes spirals, formed from foil materials, into the volume of the shields. This design enhancement improves the shields' effectiveness in selective frequency attenuation, benefiting applications requiring precise electromagnetic interference control
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