Faculty |
|
Speciality code |
1-33 01 01 |
Qualification |
Biologist-Ecologist. Teacher of biology and ecology |
Specializations |
General ecology Toxicology, bio indication and normalization |
Duration of training |
Full-time – 4 years |
Basic subjects |
|
Basic professional competence of the graduate |
Conduct scientific researches Conduct ecological audit and expertise Organize studies and self-education of students |
Sphere of occupation |
Scientific researches and projects. Technical tests. Collecting and processing of sewer flows. Waste management and recycling. Botanic parks, zoos and reserve management. Plant growing and animal care. Fish growing. Lecturing. |
Faculty |
|
Speciality code |
1-31 01 01-03 |
Qualification |
Biologist-biotechnologist. Teacher of biology |
Duration of training |
Full-time – 5 years |
Basic subjects |
|
Basic professional competence of the graduate |
Conduct biochemical and molecular biology researches Manage study and research activities Organize classes and self-education Conduct psychological, pedagogical and sociological tests |
Sphere of occupation |
Scientific researches. Technical tests. High school education. Higher education |
Faculty |
|
Speciality code |
1-31 01 01-02 |
Qualification |
Biologist. Teacher of biology and chemistry |
Specializations |
Botany Zoology Biochemistry Phytodesign |
Duration of training |
Full-time – 4 years |
Basic subjects |
|
Basic professional competence of the graduate |
Conduct biochemical and molecular biology researches Manage study and research activities Organize classes and self-education Conduct psychological, pedagogical and sociological tests |
Sphere of occupation |
Scientific researches. Technical tests. High school education. Higher education |
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
|
Entrance tests |
Interview to determine the level of proficiency in the language of instruction |
Faculty |
|
Qualification |
Software engineer |
Duration of training |
4 years |
Training language |
English |
Basic subjects |
Mathematics Physics Foreign language Basics of algorithms and programming Basics of business and law in information technologies Basics of information security (including module "Basics of Intellectual Property Management”) Databases Computer systems and networks Software dependability Object-oriented programming technologies and design standards Operating systems and system programming Programming languages Further Mathematics Theory of Probability and Mathematical Statistics Discrete Mathematics Information theory Descriptive Geometry and Engineering Graphics Fundamentals of Intellectual Property Management Organization of the production and enterprise management Enterprise economy Basis of algorithms and programming Programming languages Markup languages Computer graphics Organization and operation of computer systems Computer systems and networks Software engineering techniques Internet-programming languages and technologies Development of platform-independent applications Modern technologies of web-based application development Modern technologies of Internet-systems development |
Basic professional competence of the graduate |
Good command of a modern technology of domain analysis and development of functional and non-functional requirements to create systems and software Programming at the professional level, taking into account the resources and capabilities of a particular computer, the standard requirements, the project constraints Using automated tools for software development Management of the processes of software life cycle Knowledge of the information security issues Knowledge of computer methods of data collection, storage and processing of information in the field of the occupation Knowledge of methods of efficient operation of software Computer systems and networks administration Computer systems and networks configuration for specific tasks of a certain number of users Assessment of software quality |
Sphere of occupation |
IT companies, which are engaged in the development of software products, enterprises and organizations for which operational support of the software, computer systems and networks, databases and knowledge, systems of artificial intelligence, publishing and banking systems are necessary |
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 |
|
Main competencies that the graduate will have |
|
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 |
Faculty |
|
Speciality code |
1-70 02 01 |
Qualification |
Building engineer |
Duration of training |
Full-time – 5 years Part-time – 6 years |
Basic subjects |
|
Basic professional competence of the graduate |
Design construction plans of buildings Design construction projects and technological maps Carry out the assessment of building constructions Draft project documentation Perform tests of constructions and materials |
Sphere of occupation |
Construction management. Research centers. Building processes. Building organization and management. Project and blueprints drafting. Construction of buildings and junctions. |
Transport Logistics
Faculty |
of innovative 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 |
Faculty |
|
Speciality code |
1-36 01 04 |
Qualification |
Engineer |
Duration of training |
Full-time – 5 years |
>Basic subjects |
|
Basic professional competence of the graduate |
Designing projects of new enterprise machinery, or upgrade out-of-date equipment Design and construct metalworking machines Design new methods of metalwork Make researches for new methods of materials processing Design machinery upgrades |
Sphere of occupation |
Organization of materials processing, design of new equipment, equipment installation, personnel training |
Faculty |
|
Speciality code |
1-37 01 06 |
Qualification |
Mechanical engineer |
Duration of training |
Full-time – 4.5 years Part-time – 5.5 years |
Basic subjects |
|
Basic professional competence of the graduate |
|
Sphere of occupation |
Organization of auto repair and maintenance activities, design of new equipment, auto repair, equipment installation, personnel training |
Power and Electrical Engineering
Faculty |
Physics and technology faculty |
Specialty |
7-07-0712-01 Power and Electrical Engineering |
Qualification |
Power Engineer |
Academic degree |
Master |
Profilization |
Power supply of industrial enterprises |
Duration of study |
Full-time – 4years |
Language of study |
Russian, English |
Main subjects studied |
Metrology and standardization; Commissioning and operation of electric power equipment; Optoelectronics; Microprocessor technology; System engineering in the energy sector; Electrical and thermal measurements; Theoretical foundations of electrical engineering; Electrotechnological installations |
Main competencies that the graduate will have |
Graduates work in energy farms of enterprises and organizations, at production facilities, transmission and distribution of electric, thermal energy, energy resources, performing design, installation, current operation, repair of facilities and equipment of energy systems. |
Area of future professional occupation |
At thermal power stations, production associations of boiler houses and heating networks; in the energy services of industrial, agricultural and municipal enterprises, in installation, repair, commissioning, design, research organizations; higher and secondary specialized educational institutions, vocational schools. production and technological, organizational and managerial, design and research, scientific and teaching activities in the field of design, installation, commissioning, repair, maintenance of power facilities and installations, electrical and thermal power equipment, electrical networks, power supply systems of organizations of various profiles (industrial, agricultural, municipal). |
Entrance tests |
Interview to determine the level of proficiency in the language of instruction |
Faculty |
|
Speciality code |
1-38 02 01 |
Qualification |
Electronic engineer |
Duration of training |
Full-time – 5 years |
Basic subjects |
|
Basic professional competence of the graduate |
|
Sphere of occupation |
IT-companies, Research centers, educational institutions, enterprises |