Educational program

More details
Code – Speciality 7M06103 - Mathematical and computer modellinging
The aim of the educational program

training of highly qualified personnel with relevant master's competencies in the field of mathematical and computer modeling, creation and use of new effective methods of information processing, mathematical models of complex processes and objects, development and application of modern mathematical methods and software for solving problems of science, technology, economics and management; able to independently engage in research and teaching activities.
Graduate model
Graduate qualification Professional sphere:

The field of professional activity of graduates who have mastered the Master's degree program includes:
- scientific, research organizations related to the solution of scientific and technical problems, research and computing centers; research and production organizations; educational organizations of higher education and professional educational organizations, public authorities, organizations of various forms of ownership, industry and business engaged in the development and use of information systems, scientific achievements, products and services in the field of mathematical and computer modeling of complex processes;
- performance of official duties on information protection in organizations developing or operating information systems, including critical information systems in the nuclear industry and other sectors of the national economy;
organization of information security at the objects of professional activity with the use of a systematic and scientific approach; development of cryptographic methods of information protection in organizations engaged in information protection;
The object of professional occupation:

• mathematical models of processes and systems arising in various fields of research, production and activity;

• mathematical methods for solving problems of natural science, technology, economics and management;

• mathematical and software support of modern computer technology;

• programs, software systems, their mathematical and algorithmic models, methods of their design and implementation in various fields of activity.
Types of professional occupation:

- project;

- production and technological;

- organizational and managerial;

- professional;

- scientific;

- innovative;

- educational.
Functions of professional occupation:

on the 1st specialization:

-construction of mathematical models and their research by analytical methods,
development of algorithms, software methods, tools on the subject of ongoing research projects;
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the study of new scientific results, scientific literature or research projects in the field of applied mathematics and computer science in accordance with the subject of the research;

- mathematical and computer modeling of physical, chemical and other processes;

-application of mathematical methods for the study of information and simulation models on the subject of applied research and development work;
application of high-tech mathematical and information technologies and software packages for solving applied problems in physics, chemistry, biology, economics, medicine, ecology;

teaching academic disciplines using modern techniques;

on the 2nd specialization:

ensuring information security in organizations that develop or operate information systems;

- execution of works on the construction of cryptographic systems, ciphers and cryptographic protocols;

- organization of modern hardware and software means of information protection;

- use of specialized software for information encryption and secure data transmission;
Graduate competences map
Formed core competencies Program outcome
1. Systematic thinking in the analysis and evaluation of modern scientific achievements, generation of new ideas in solving research and practical tasks Be guided by existing methods of analysis, tools for developing probabilistic models and designing algorithms
Apply a systematic approach and methods of harmonic and intelligent analysis in solving applied problems
2. The ability to creatively apply, develop and implement mathematically complex algorithms in modern software systems Integrate knowledge from different disciplines to solve applied problems in new unfamiliar environments
Creative thinking and creative approach to solving new problems and situations in educational and pedagogical activities;
3. Ability to develop software products and mathematical support for applications, systems, information infrastructure Implement numerical methods for solving optimization problems in an environment object-oriented programming and using application software packages
Implement mathematical algorithms using programming languages, design SOFTWARE in real time
4. Ability to apply methods of mathematical modeling and information protection in solving applied problems Ability to create and research new mathematical models in the natural Sciences and algorithms for their solution
Develop methods of mathematical modeling and computational algorithms that implement cryptographic methods of information security
5. Ability to apply technologies of machine learning, data mining and software development for realization of scientific and commercial projects Implement scientific and commercial IT projects using modern tools of mathematical and computer modeling
Analyze large data sets of various formats, identify patterns and formulate conclusions using machine learning methods and algorithms and develop artificial intelligence systems
Modular Curriculum
Base disciplines Profiling disciplines Additional types of study