Yanka Kupala
 State University of Grodno
specialties

specialties (201)

Information Resources Management

Information Resources Management

Faculty

of mathematics and informatics

Specialty

6-05-0414-04 Information Resources Management

Qualification

Manager of Information Systems. Economist

Academic degree

Bachelor

Duration of study

Full-time – 4 years

Language of study

Russian

Main subjects studied 

Public Administration; Fundamentals of Business Analysis; IT Project Management; Information Security Management; Business promotion in Networks (e-marketing); 1C “platform:Enterprise”; Software testing; Information Management; Algorithmization and programming; Programming technologies; Web technologies; Industrial programming; Hardware and software of computer systems; Situational analysis and modeling of management decisions; Data Mining

Main competencies that the graduate will have
  • Carry out business analysis in the field of information resources development and management;
  • Apply methods of system analysis and project management to organize activities for the purpose of creating, using and developing information technologies, systems and resources;
  • Assess and anticipate the economic and social consequences of management decisions in the field of informatization and digitalization of management;
  • Predict and plan the dynamics of creation and development of information technologies, systems and resources;
  • Develop and test software, design information systems and perform reengineering of business processes of the enterprise

Area of future professional occupation

Graduates can work

  • software developer (programmer);
  • business analyst;
  • project manager;
  • manager for the introduction of new information technologies and systems;
  • as an HR manager in an IT-company;
  • tester;
  • software quality engineer;
  • logistician;
  • financial system analyst;
  • manager for economic and managerial issues;
  • the economist;
  • specialist of the computing (information and computing) center;
  • head of ACS (automated control systems) departments;
  • developer and information systems maintenance specialist;
  • specialist in the design and reengineering of information systems; specialist in the field of management, advertising, insurance;
  • system administrator of information systems;

Entrance tests

Interview to determine the level of proficiency in the language of instruction
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Artificial Intelligence

Artificial Intelligence

Faculty

of mathematics and informatics

Specialty

6-05-0611-03 Artificial Intelligence

Qualification

Systems Engineer

Academic degree

Bachelor

Duration of study

Full-time – 4 years

Language of study

Russian

Main subjects studied 

Machine Learning and Neural Networks; Problem Solving Models in Intelligent Systems; Methodology and Tools for Data Analysis; Data Mining; Fundamentals of Cybersecurity; Applied Cryptography, Blockchain, Cryptocurrency; Fundamentals of Electronics, Robotics and Automation; Quantum Systems and Technologies; VR and AR Technologies; Speech Technologies and Voice Biometrics; Computer vision technologies; Computer Systems and Networks; Internet of Things (IoT) technologies; Drone programming; Robotics on the Arduino platform; Natural language interface of intelligent systems

Main competencies that the graduate will have
  • Use machine learning methods and neural network technologies, operational and intelligent data analysis;
  • Use and implement technologies of virtual and augmented reality, computer vision, speech recognition and synthesis;
  • Use cybersecurity and data protection methods, possess elements of robotics and automation;
  • Design intelligent systems, their hardware and software;
  • Create cloud services, manage infrastructure and cloud technology services, administer and configure computer systems and networks;
  • Program at a professional level, including in artificial intelligence programming languages;
  • Use Internet of Things (IoT) technologies and ensure security in Internet of Things systems.

Area of future professional occupation
  • Graduates can work
  •  in IT-companies engaged in software development;
  • at enterprises and organizations that need the development, maintenance and operation of software networks and systems, databases and knowledge, artificial intelligence systems, intellectual, management and information systems;
  •  in organizations where configuration, administration and security of computer networks are required;
  • in positions such as

o software engineer,

o programmer,

o system engineer,

• network administrator.

Entrance tests

  Interview to determine the level of proficiency in the language of instruction
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Software engineering

Software engineering

Faculty

of mathematics and informatics

Specialty

6-05-0612-01Software engineering

Qualification

Software Engineer

Academic degree

Bachelor

Duration of study

Full-time – 4 years

Language of study

Russian/English

Main subjects studied

Fundamentals of Algorithmization and Programming, Fundamentals of Software Engineering, Algorithms and Data Structures, Software Design, Object-oriented Programming Technologies and Design Standards, Computer Systems and Networks, System Programming, Databases, Development of platform-independent applications, Development of Web applications, Development of mobile Android applications, Development of mobile iOS applications, Distributed and Cloud Technologies, Computer Graphics Basics, Introduction to Game Programming, IT Project Management, Fundamentals of computer security, Software testing, Machine learning and neural network technologies.

Main competencies that the graduate will have

Programs at a professional level, taking into account the resources and capabilities of computing devices, the requirements of software engineering standards.

Develops application, system, network software, web and mobile applications using modern platforms, programming languages and technologies.

Performs database design and maintenance. Master methods of data collection, storage, processing and analysis.

Performs functional and automated testing of software products.

Configures and administers computer systems and networks.

Uses cloud platforms to solve research and applied business tasks.

Knows the basics of game design and game application design.

Area of future professional occupation

Service and product IT-companies specializing in the development, maintenance and operation of software; IT departments of enterprises and organizations.

Graduates can work in the following positions: software engineer (specializing as frontend developer, backend developer, full-stack developer, game application developer, mobile application developer, DevOps engineer), software testing specialist; Data Analyst, SEO specialist, UX/UI designer (user interface design specialist), system administrator, network administrator.

Entrance tests

  Interview to determine the level of proficiency in the language of instruction
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Cyber Security

Cyber Security

Faculty

of mathematics and informatics

Specialty

6-05-0533-12 Cyber Security

Qualification

Cybersecurity specialist

Academic degree

Bachelor

Duration of study

Full-time – 4 years

Language of study

Russian

Main subjects studied 
  • Security tools;
  • Computer forensics;
  • Basics of cybersecurity;
  • Cryptographic methods of information protection;
  • Intelligent methods in solving information security problems;
  • Machine learning and neural networks;
  • Computer vision technologies;
  • Information systems security;
  • Programming technologies;
  • Industrial programming.
  • Blockchain technology and cryptocurrency;
  • Computer steganography;
  • Fundamentals of Cryptanalysis;
  • Internet of Things (IoT) Technologies;
  • Security of Internet of Things systems;
  • Quantum cryptography;
  • Quantum systems and technologies

Main competencies that the graduate will have
  • Professionally understand and solve information security problems;
  • Administer and configure computer systems and networks; develop, implement and operate software and hardware, including information security systems;
  • Possess computer methods of collecting, storing, processing and analyzing information, including big data analysis;
  • Program at a professional level; administer and configure computer systems and networks;
  • Develop and use intellectual methods based on artificial intelligence and machine learning technologies, both for the purpose of protecting information and ensuring information security, and for a wide range of modern tasks;
  • Use cryptographic and steganographic methods to ensure confidentiality and integrity of information; ensure security in Internet of Things (IoT) systems;
  • Use and implement augmented reality technologies in various solutions for production and control processes, in security systems and training of specialists;
  • Be ready for the age of quantum computers and quantum cryptography.

Area of future professional occupation

Our graduates work in service and product IT companies, as well as in enterprises and organizations involved in the development, maintenance and operation of software, including those related to the protection of management and information systems.

Graduates can work as software engineers, system engineers, information security engineers, system and network administrators, and security administrators.

Entrance tests

  Interview to determine the level of proficiency in the language of instruction
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Applied Mathematics

Applied Mathematics

 

Faculty

of mathematics and informatics

Specialty

6-05-0533-09 Applied Mathematics

Qualification

Specialist of applied mathematics. Software developer

Academic degree

Bachelor

Profilization

Data analysis and computer modeling of complex systems

Duration of study

Full-time – 4 years

Language of study

Russian

Main subjects studied 

Data models and database management systems; System programming; Optimization methods; Systems theory and system analysis; Computer systems and Networks; Data processing methods and algorithms; Object-oriented programming technologies and design standards; Modern web-application development technologies; Computer data visualization methods; Impulse neural networks; Modeling of complex systems.

Main competencies that the graduate will have

• develop and test software;

• possess modern methods of mathematical modeling of systems and processes;

• develop, analyze and optimize algorithms for solving natural science, industrial and socio-economic problems;

• operate, maintain and develop software computer systems;

• possess computer methods of collecting, storing and processing information;

• possess methods and modern tools for data analysis and big data (Big Data); including multidimensional data analysis and unstructured data analysis;

• administer and configure computer systems and networks;

• simulate complex systems;

• develop new information technologies based on mathematical modeling and optimization;

• apply machine learning.

Area of future professional occupation

Graduates of the specialty work in IT-service companies, as well as in IT-companies that develop software products or programmers at enterprises and organizations that need the development, maintenance and operation of software networks and systems.

Students of this specialty have created more than one successful company of their own during their studies at the faculty.

Entrance tests

  Interview to determine the level of proficiency in the language of instruction
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Mathematics

Mathematics

Faculty

of mathematics and informatics

Specialty

6-05-0533-06 Mathematics

Qualification

Mathematician. Teacher

Academic degree

Bachelor

Profilization

Information and computer technologies in mathematics

Duration of study

Full-time – 4 years

Language of study

Russian/English

Main subjects studied

Introduction to the specialty, mathematical analysis; Analytical geometry, algebra and number theory; Differential equations;

Equations of mathematical physics;

Programming methods;

Programming technologies;

Mathematical models of physical phenomena and processes;

Pedagogy;

Psychology of organizational communications; 

Complex analysis;

Discrete mathematics and mathematical logic; 

Methods of teaching mathematics;

Methods of teaching computer science;

Modern educational technologies and teaching methods;

Computer algebra systems;

Database systems;

Development of platform-independent applications; 

Web technologies;

Introduction to Computer Graphics and Multimedia; Media Pedagogy and Digital Didactics.

Main competencies that the graduate will have

Master the basics of research, search, analyze and synthesize information;

Solve standard tasks of professional activity based on the use of information and communication technologies;

Apply modern computer mathematical systems for conducting computational (computer) experiments;

Apply the basic concepts of computer science, basic constructs of programming languages, object-oriented programming technologies for the implementation of algorithmic applied tasks and the development of web projects;

Area of future professional occupation

Graduates can work:

– as a research associate (researcher) in research centers or scientific organizations;

– teachers in colleges or lecturers in universities (after graduation);

– teachers of mathematics and/or computer science in general secondary schools, gymnasiums or lyceums;

– programmers;

Entrance tests

  Interview to determine the level of proficiency in the language of instruction
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Architecture

Architecture

Faculty

of engineering 

Specialty

7-07-0731-01 Architecture

Qualification

Architect

Academic degree

Master

Duration of study

Full-time – 6 years

Language of study

Russian

Main subjects studied 
  • Painting
  • Sculpture and layout
  • Composition of architectural and urban planning objects
  • Architectural design
  • Architectural structures
  • Urban planning and territorial planning
  • Architectural Physics
  • Architectural composition
  • History of architecture and urban planning
  • Reconstruction of architectural and urban planning objects

Main competencies that the graduate will have
  • Know the patterns of  formation of a pictorial image, the basics of color and color composition, the laws of the image and expressive means of painting to solve creative professional tasks
  • Be able to use effectively modern materials, structures, technologies in the development of architectural and design solutions
  • Be able to work with artistic and graphic media, be able to use the achievements of visual culture in the development of architectural projects
  • Be able to apply the principles of complex creation, transformation, preservation and long-term development of the architectural environment and its components

Area of future professional occupation
  • work in the field of architecture;
  • scientific research and development in the field of technical sciences; in the field of social sciences and humanities;
  • specialized design work;
  • specialized secondary education;
  • higher education
  • postgraduate education;
  • education in the field of culture;
  • supporting educational services.

Entrance tests
  • INTERVIEW to determine the level of proficiency in the language of instruction (Russian);
  • Entrance test of CREATIVITY, including the stages:
  • drawing
  • composition
  • drafting

Additional information

Contacts of the Faculty of Engineering and Construction:

  • e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.
  • phone number: +375 29 71 75 375 (Viber; WhatsApp)
  • website: fbt.grsu.by
  • ü instagram: @isf_grsu

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Technical Building Equipment and Supply Engineering

Technical Building Equipment and Supply Engineering

Faculty

of engineering 

Specialty

7-07-0732-02 Technical Building Equipment and Supply Engineering

Qualification

Civil engineer

Academic degree

Master

Profilization

«Heat and gas supply, ventilation and air basin protection

Duration of study

Full-time – 5years

Language of study

Russian

Main subjects studied
  • Descriptive geometry and engineering graphics
  • Technical thermodynamics
  • Heating
  • Ventilation
  • Air conditioning and refrigeration
  • Heat generating units
  • Water supply and sanitation
  • Heat supply
  • Organization, planning and management of production
  • Information modeling of engineering systems of buildings and structures
  • Operation and maintenance of engineering systems of buildings and structures

Main competencies that the graduate will have
  • Use basic methods of collecting, processing and storing information, programming languages to solve practical problems in the field of heat and gas supply and ventilation
  • Calculate and analyze the operating modes of air conditioning systems, prospects and directions of their development
  • Carry out calculation and selection of heat generating units to ensure the efficiency of heat and gas supply systems
  •  Apply methods of calculation and selection of equipment for water supply and sanitation systems to solve applied and engineering problems
  • Apply the basics of technology, economics, organization and management for the design, construction and operation of heat and gas supply and ventilation systems

Area of future professional occupation
  • engineering and technical design and provision of technical advice;
  • technical testing, research, analysis and certification;
  • scientific research and development in the field of natural and technical sciences
  • distribution of gaseous fuel through pipelines;
  • production, transmission, distribution and sale of steam and hot water;
  • air conditioning 

Entrance tests

INTERVIEW to determine the level of proficiency in the language of instruction (Russian)

Additional information

Contacts of the Faculty of Engineering and Construction:

  • e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.
  • ü phone number: +375 29 71 75 375 (Viber; WhatsApp)
  • ü website: fbt.grsu.by
  • ü instagram: @isf_grsu

Read more...

Building and Construction

Building and Construction

Faculty

of engineering 

Specialty

7-07-0732-01 Building and Construction

Qualification

Civil engineer

Academic degree

Master

Profilization

«Industrial and civil construction»

Duration of study

Full-time – 5years

Language of study

Russian

Main subjects studied
  • Building Materials Science
  • Resistance of materials
  • Construction mechanics
  • Organization and management of processes in construction
  • Architecture
  • Building Construction Technologies
  • Soil mechanics, bases and foundations
  • Metal structures
  • Reinforced concrete and stone structures
  • Production economics
  • Assessment of the condition and reinforcement of building structures

Main competencies that the graduate will have
  • Apply modern methods and approaches in the field of construction technologies, structures and materials to solve engineering and construction tasks
  • Use software tools to solve engineering problems
  • Apply calculations of building structures and their elements for strength, stability and rigidity to solve engineering and construction tasks
  • Apply modern methods, equipment and technologies for the construction of buildings and structures

Area of future professional occupation
  • building construction;
  • construction of other engineering structures;
  • other special construction works;
  • scientific research and development in the field of technical sciences

Entrance tests
  • INTERVIEW to determine the level of proficiency in the language of instruction (Russian)

Additional information
  • Contacts of the Faculty of Engineering and Construction:
    •   e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.
    • ü phone number: +375 29 71 75 375 (Viber; WhatsApp)
    • ü website: fbt.grsu.by
    • ü instagram: @isf_grsu
Read more...

Transport Logistics

Transport Logistics

Faculty

of engineering

Specialty

6-05-1042-01 Transport Logistics

Qualification

Engineer. Economist. Logist.

Academic degree

Bachelor

Profilization

– Road transport

– Digital transport logistics

Duration of study

Full-time – 4 years

Language of study

English, Russian

Main subjects studied

Logistics, logistics of stocks and warehousing, logistics of transport flows, cargo management, arrangement of vehicles, technical operation of vehicles, micro- and macroeconomics, organization economics, statistics, transport and transport infrastructure, legal support and insurance in transport.

Main competencies that the graduate will have

– Possess the skills of designing inventory management systems in the links of the logistics chain and managing material and information flows in warehouses.

– Master the basic principles of flow management in order to apply a logistics approach in the implementation of freight forwarding services.

– Possess the standards of technical operation and the basics of ensuring the operability of vehicles, their components and assemblies for the organization and planning of the processes of maintenance and repair of rolling stock.

– Systematize, analyze and summarize microeconomic and macroeconomic information to assess trends and prospects for the development of the organization.

Area of future professional occupation

– to freight forwarding and logistics companies;

- to transport and logistics centers;

– to the enterprises of the transport complex;

– organizations providing customs services, etc.

Entrance tests

Interview to determine the level of proficiency in the language of instruction
Read more...
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Higher education in the Republic of Belarus