Educational program

More details
Code – Speciality

6B06104 - Data security mathematical methods

The aim of the educational program

The purpose of the program is to train highly qualified personnel in the field of mathematical, software methods and means of protection of information transmitted, stored and processed in open systems, from the effects of interference, technical leakage, unauthorized copying and replication.

Graduate model
Graduate qualification Professional sphere:

The area of professional activity of graduates who have mastered the bachelor's program includes:
areas of science, technology and technology, covering a set of problems related to the security of information objects in the presence of threats in the information sphere, the science of methods and processes of collection, storage, processing, transmission, analysis and evaluation of information, providing the possibility of its use for decision-making, applied mathematics, as well as the development of software that implements algorithms for processing, transmission, analysis and evaluation of information.
The object of professional occupation:

methods and means of information security implementing them in computer systems;
mathematical models of processes arising in the protection of information processed in computer systems;
processes (technologies) of creation of software tools and systems of information security, processed in computer systems;
theories of coding, cryptography, implementation of asymmetric encryption, digital signal processing, hiding information in heterogeneous objects, mathematical methods of attack detection based on the use of data mining.
Types of professional occupation:

research and development;
design;
kontrol and analytical;
organizational and management;
operational;
Functions of professional occupation:

Evaluation of the strength of encryption and coding tools and methods based on the analysis of mathematical methods and algorithms;
Operation of software systems for data collection, recovery and authentication based on principles, methods and algorithms;
Application of mathematical methods and high technologies for the study and modeling of complex systems, in particular, in the field of data processing and analysis, Economics, sociology, physics, life Sciences, etc.;
Analysis and forecasting, planning, carrying out settlement and analytical and financial operations on the basis of modern mathematical and information technologies;
Graduate competences map
Formed core competencies Program outcome
1. Evaluate different situations based on a holistic systemic scientific worldview Analyze information of philosophical and historical content, methods of discussion and controversy
Express a thought, reasonably defend one’s own opinion on issues of social significance
2. Carry out cultural and verbal communication using modern communication tools and technologies Demonstrate proficiency in written, oral, and non-verbal communication
Search and process information using ICT
3. Define a person in a social environment and focus on a healthy lifestyle Express knowledge of holistic personality in economic and legal environment
Apply methods of ensuring the safety of social systems in order to preserve, develop and effectively function of an individual, society and the state
4. Аbility to use basic knowledge of mathematics, physics, engineering, economic sciences, basic facts, concepts, principles of theories related to applied mathematics and computer science; To apply knowledge of basic mathematical disciplines and physics to analyze and process data and the results of experiments;
To substanciate the choice of techniques and methods for mathematical formalization of logical and algorithm problems;
To determine the economic feasibility of decisions in dynamically changing phenomena, processes and emergencies;
5. Ability to independently choose the optimal mathematical tools to describe and study the properties of physical processes, signal processing, encryption and protection of information; To apply mathematical techniques to describe and solve the tasks for sustainable encryption and coding of information;
Apply basic knowledge of modern methods of data processing and analysis, characterized by digital representation and analytical-numerical expressions;
6. Ability to use languages and programming systems, tools for professional, research and application problems; To apply specialized formal languages and notations for describing models of the basic principles and programming techniques;
To develop software for information security tools and systems, fast computing algorithms for cryptographic applications;
To provide analytical, software and information support for professional, research and applied tasks;
7. Аbility to conduct comparative analysis and make a reasonable choice of software and hardware information security, taking into account modern and promising mathematical methods; To operate software systems for collecting, recovering and authenticating information based on principles, methods and algorithms;
To evaluate the strength and effectiveness of encryption and coding tools and methods based on the analysis of mathematical methods and algorithms;
8. Аbility to install, set up, test and maintain information security of computer systems, including database management systems, computer networks, and Web development; Аnalyze design solutions to ensure the security of computer systems and networks, Web development and their software implementation ;
Analyze, compare, abstract, model, validate data, generate and use new ideas;
9. The ability to develop, analyze and substantiate the adequacy of mathematical models of processes arising in operating software and hardware protection of information; Тo study mathematical models of processes arising in the protection of information processed in computer systems;
Modular Curriculum
Secondary disciplines Base disciplines Profiling disciplines