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01.04.02 Applied Mathematics and Informatics

174_1
250000,00
р.
Mathematical Modeling in Engineering Sciences

Qualification: Master's Degree

Code of a programme: 01.04.02

Field of study: Applied Mathematics and Informatics

Location: Taganrog

SFedU Institute: Institute of Computer Technology and Information Security

Language: Russian

Tuition fee - based: 10

Duration of full-time mode: 2 years

Tuition fee per year (in rubles, 2026): 250 000

Basic subjects
Specialized subjects
Program Overview
Program Benefits
Prospects. Career & Employment
Why is it important to pursue a higher education?

Basic subjects

  • Modern Data Analysis
  • Research Project
  • Scientific research seminar
  • Econometrics and economic and mathematical methods
  • Specialized mathematical programs
  • Parallel computing on supercomputers
  • Professional translation from English

Specialized subjects

  • Mathematical methods of image processing
  • Numerical methods for engineering calculations
  • Mathematical methods of processes and systems
  • Modeling in continuum mechanics
  • Modern problems of applied mathematics and computer science
  • Modern problems of mathematical physics
Disciplines of your choice (you can assemble your own trajectory):
  • Information security and system administration
  • Software testing (including Low-Code/No-Code approaches)
  • Modeling of hydrophysical and hydrobiological processes
  • Python Application Development
  • Data analysis, statistics, and classical machine learning

Program Overview

Applied mathematics and computer science is created for those who love mathematics, programming and want to create digital "copies" of real complex systems — from airplanes and ships to natural processes.
You will learn how to build accurate mathematical models of natural and technical objects, select optimal computational grids, solve complex equations on a computer, and conduct virtual experiments. These are skills that no serious engineering development can do without today.

Program Benefits

  • This specialty is taught by real scientists and practitioners who themselves participate in fundamental and applied modeling projects.
  • Three strong profiles to choose: modeling in natural and technical systems, image processing and recognition, modern methods of working with big data and their visualization.
  • You will work with supercomputers, parallel computing, and professional math packages that are actually used in advanced manufacturing laboratories.

Prospects. Career & Employment

The field of professional activity of the masters includes research, design, production and technological, organizational and managerial and pedagogical work related to the use of mathematics, programming, information and communication technologies and automated control systems. Graduates of the Master's program can carry out professional activities in the fields of mathematical modeling and computational experiment, which are in demand in scientific academic and industry institutions engaged in research, development and production of complex natural and technical systems; as well as in high-tech industries, including aviation, shipbuilding, electric power, etc.
Graduates are in demand in:
  • Scientific and industry institutes, where they are engaged in modeling and computational experiments
  • High—tech industries - aircraft, shipbuilding, electric power and others
  • Companies that develop complex technical systems using mathematics, programming, and modern technology

Why is it important to pursue a higher education?

Internships are possible at university partners, research institutes and companies.You will complete several types of practice:
Introductory — to understand how the future profession works.
Scientific research — with work on his scientific article.
Project — based - where you implement a real application project.
Pre—graduate - to prepare the final work.