Food Production and Catering
Faculty |
of biology and ecology |
Specialty |
6-05-0721-03 Food Production and Catering |
Qualification |
Engineer. Technologist |
Academic degree |
Bachelor |
Duration of study |
Full-time – 4 years |
Language of study |
Russian |
Profilization |
Production technology and catering organization |
Main subjects studied |
General and inorganic chemistry Organic Chemistry Analytical chemistry and physico-chemical methods of analysis Electrical engineering and basics of automation Fundamentals of thermal engineering Fundamentals of cold supply of commercial catering facilities Processes and equipment of public catering facilities Physiology of nutrition Consumer properties of raw materials and food products Theoretical foundations of culinary production technology |
Main competencies that the graduate will have |
Be able to develop balanced diets for various categories of the population based on knowledge of the main nutrients contained in food products;
Master the basics of catering and various culinary processing techniques in the preparation of dishes of national cuisines of the world;
Be able to participate in development of technical regulations and technological documents for the products and services of the industry. |
Area of future professional occupation |
Trade and production activities of public catering facilities; research work in the field of technology development and products recipes of own production of public catering facilities |
Entrance tests |
Interview to determine the level of proficiency in the language of instruction |
Ecology
Faculty |
of biology and ecology |
Specialty |
6-05-0521-01 Ecology |
Qualification |
Ecologist. Teacher |
Academic degree |
Bachelor |
Duration of study |
Full-time – 4 years
|
Language of study |
Russian/English |
Profilization |
Toxicology, bioindication and rationing |
Main subjects studied |
General ecology Applied ecology Zoology and ecology of animals General and ecological microbiology with the basics of virology General and inorganic chemistry Analytical and physical chemistry Environmental chemistry Environmental monitoring, audit and expertise Xenobiology Economics of environmental management |
Main competencies that the graduate will have |
Apply basic methods of protecting the population from negative factors of anthropogenic, man-made, natural origin, principles of rational nature management and energy conservation, ensure healthy and safe working conditions;
Take into account peculiarities of organic toxicants behavior when they enter the environment, assess the consequences of their impact on the biochemical cycles of living organisms, including human health;
Establish causal relationships in the economic development of natural objects and determine reliable criteria for assessing the ratio between risk and benefit from the use of a chemical substance in solving professional tasks. |
Area of future professional occupation |
Public administration and regulation of environmental protection activities, public environmental organizations, research institutions, pedagogical and scientific-methodical work in various educational institutions. |
Entrance tests |
Interview to determine the level of proficiency in the language of instruction |
Biology
Faculty |
of biology and ecology |
Specialty |
6-05-0511-01 Biology |
Qualification |
Biologist. Teacher |
Academic degree |
Bachelor |
Duration of study |
Full-time – 4 years
|
Language of study |
Russian/English |
Main subjects studied |
Inorganic chemistry Organic Chemistry Algology and Mycology Cytology and histology Genetics Human and animal physiology Plant physiology Biochemistry Zoology Human anatomy Immunology Virology Molecular Biology Botany Theory of evolution |
Main competencies that the graduate will have |
Identify the driving forces and patterns of evolutionary biology, apply knowledge of cellular, molecular and genetic mechanisms that ensure the individual development of animal organisms, methods of phylogenetic analysis to solve the problems of evolutionary embryology;
Use methods of statistical analysis of biological data, principles of construction of mathematical models of biological systems, modern software tools for processing large arrays of biological data;
Apply knowledge of fundamental and applied biology of plant and animal cells in solving problems of cell engineering |
Area of future professional occupation |
Scientific research, scientific production institutions and enterprises of all forms of ownership;
Nature reserves, botanical and zoological gardens, natural history museums, biological stations and centers, medical and design institutions, pedagogical and scientific-methodical work in various educational institutions. |
Entrance tests |
Interview to determine the level of proficiency in the language of instruction |
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 |
|
Area of future professional occupation |
Graduates can work
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Entrance tests |
Interview to determine the level of proficiency in the language of instruction |
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 |
|
Area of future professional occupation |
o software engineer, o programmer, o system engineer, • network administrator. |
Entrance tests |
Interview to determine the level of proficiency in the language of instruction |
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 |
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 |
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Main competencies that the graduate will have |
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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 |
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 |
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 |
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 |
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Main competencies that the graduate will have |
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Area of future professional occupation |
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Entrance tests |
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Additional information |
Contacts of the Faculty of Engineering and Construction:
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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 |
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Main competencies that the graduate will have |
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Area of future professional occupation |
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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:
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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 |
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Main competencies that the graduate will have |
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Area of future professional occupation |
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Entrance tests |
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Additional information |
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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 |
Mechanical engineering technology, metalcutting machines and tools
Faculty |
of engineering |
Specialty |
6-05-0714-02 Mechanical engineering technology, metalcutting machines and tools |
Qualification |
Mechanical engineer |
Academic degree |
Bachelor |
Profilization |
Technological support of machine-building production |
Duration of study |
Full-time – 4 years |
Language of study |
English, Russian |
Main subjects studied |
Mechanics of materials, materials science, machine parts, engineering graphics, technology of structural materials, cutting theory, metal cutting machines and tools electrical engineering and electronics. |
Main competencies that the graduate will have |
– To use knowledge about the properties of structural materials and their interrelationships with the strength characteristics of parts to determine stress and deformation in typical machine parts. – Based on the knowledge of the requirements for standard machine parts, design these parts and assemblies and perform their calculations. – To propose schematic diagrams of mechanisms for solving engineering problems, to master methods for calculating static and dynamic systems, rationing the accuracy of machine parts to ensure the required quality of machines and mechanisms. – To use knowledge about the basic processes in metal cutting, the processes of surface formation on metal-cutting machines, the features of various types of machines for the design of cutting tools. |
Area of future professional occupation |
– departments and workshops of machine-building enterprises; – design and research organizations; – certification and licensing services for products; – commercial and administrative structures for the maintenance of equipment and the sale of products on the domestic and international market. |
Entrance tests |
Interview to determine the level of proficiency in the language of instruction |