Department of Mathematics and Natural Sciences

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MAJORS:

Bachelor's Degree

01.03.02 Applied Mathematics and Computer Science

• Profile 1 Programming, Mathematical Modeling
• Artificial Intelligence and Control in Space Systems

Period of study: Full-time - 4 years

Area of Professional Acitivity:

• scientific and departmental organizations involved in solving scientific and technical challenges;
• research and computing centers;
• research and production associations;
• educational organizations of secondary professional and higher education;
• public authorities;
• organizations involved in development and application of information systems, scientific achievements, products and services in the field of applied mathematics and computer science.

Objects of professional activity:

• mathematical modeling;
• mathematical physics;
• inverse and ill-posed problems;
• numerical technique;
• probability theory and mathematical statistics;
• operations research and system analysis;
• optimization and optimal management;
• mathematical cybernetics;
• discreet mathematics;
• nonlinear dynamics, computer science and management;
• mathematical models of complex systems: theory, algorithms, applications; mathematical and computer methods of image processing;
• mathematical and informational support of economic activity;
• mathematical methods and protection software;
• mathematical and computer networking software;
• information systems and their research by methods of mathematical forecasting and system analysis;
• mathematical models and methods in the design of ultra-large integrated circuits;
• high-performance computing and parallel programming technologies;
• computational nanotechnology;
• intellectual systems;
• bioinformatics;
• software engineering;
• systems programming;
• e-learning and mobile learning tools, technologies, resources and services;
• applied Internet technologies;
• automation of scientific research;
• programming languages, algorithms, libraries and software packages, system and application software products;
• system and application software;
• data base;
• enterprise management system;
• network technologies.

Types of professional activity and tasks to be solved:

Research activity:

• study of new scientific results, scientific literature or research projects in accordance with the profile of the professional activity object;
• study of information systems by methods of mathematical forecasting and system analysis;
• study of large systems using modern methods of high-performance computing technologies, the application of modern supercomputers in the ongoing research;
• research and development of mathematical models, algorithms, methods, software, tools on the subject of ongoing research projects;
• formulation of scientific images, abstracts and bibliographies on the subject of research;
• participation in scientific seminars, scientific conferences and symposiums;
• preparation of scientific and technical publications;

design and production- technological activities:

• use of mathematical methods for modeling information and simulation models on the subject of applied scientific research problems or experimental design work;
• research of automated systems and information processing tools, administration tools and security management methods for computer networks;
• study of design elements for ultra-large-scale integrated circuits, modeling and development of software for optical or quantum elements for new generation computers;
• development of software and information support for computer networks, automated systems of computing complexes, services, operating systems and distributed databases;
• development and research of algorithms, computational models and data models for the implementation of elements of new (or known) services of information technology systems;
• development of architecture, algorithmic and software solutions for system and application software;
• study and development of programming languages, algorithms, libraries and software packages, system and applied software products;
• study and development of digital image processing systems, computer graphics, multimedia and computer-aided design;
• development and use of tools, automated systems in scientific and practical activities;
• application of high-tech technologies and software packages for solving applied problems in the field of physics, chemistry, biology, economics, medicine, ecology.

Results of mastering the basic educational programs.

As a result of mastering the Bachelor's program, the graduate must have the following competencies:

General cultural competences:

• ability to use the basics of philosophical knowledge to form a worldview position;
• ability to analyse the main stages and patterns of the society historical development for the formation of a civic position;
• ability to use the basics of economic knowledge in various spheres of life;
• ability to use the basics of legal knowledge in various spheres of life;
• ability to communicate orally and in writing in Russian and foreign languages to solve problems of interpersonal and intercultural interaction;
• ability to work in a team, tolerantly perceiving social, ethnic, religious and cultural differences;
• ability to self-organization and self-education;
• ability to use methods and means of physical culture to ensure productive social and professional activities;
• ability to use first aid techniques, methods of protection in emergency situations;

general professional competencies

• ability to use basic knowledge of natural sciences, mathematics and computer science, basic facts, concepts, principles of theories related to applied mathematics and computer science;
• ability to acquire new scientific and professional knowledge using modern educational and information technologies;
• ability to develop algorithmic and software solutions in the field of system and application programming, mathematical, information and simulation models, create information resources of global networks, educational content, application databases, tests and tools for testing systems and tools for compliance with standards and initial requirements;
• ability to solve standard tasks of professional activity on the basis of information and bibliographic culture with the use of information and communication technologies and taking into account the basic requirements of information security.

professional competencies:

in the field of research activity:

• ability to collect, process and interpret data from current scientific research that is necessary for drawing conclusions on relevant scientific research;
• ability to understand, improve and apply modern mathematical tools;
• ability to critically rethink the accumulated experience, change the type and nature of their professional activities if necessary;

in the field of design and production- technological activities:

• ability to work as part of a research and production team and to solve problems of professional activity;
• ability to carry out a targeted search for information about the latest scientific and technological achievements in the information and telecommunications network "Internet" and in other sources;
• ability to form judgments about the meaning and consequences of their professional activities, taking into account social, professional and ethical positions;
• ability to develop and apply algorithmic and software solutions in the field of system and applied software.

Master's Degree

09.04.03. Applied Computer Science

The major is focused on training qualified professionals who are able to carry out system analysis of the informatization applied area, develop projects for automation and informatization of applied processes, and create information systems in the applied areas.

Profile: Modeling and Design of Information Systems

Professions that a graduate can choose:

• Project Manager
• IT Administrator
• Programmer Engineer
• Developer
• Systems Analyst
• Technical Writer
• Process Engineer
• System Designer/Architect

Duration of Study: Full-time - 2 years

Specialized Department:

• "Control and Information Technologies in Space Systems" (on the basis of Maksimov Research Institute of Space Systems, a branch of Khrunichev State Research and Production Space Center (NII KS) in Korolev)

Partner Enterprises:

• Maksimov Research Institute of Space Systems, a branch of Khrunichev State Research and Production Space Center (NII KS);
• JSC "Tactical Missiles Corporation";
• NPO "Measurement Techniques".

Postgraduate study

02.06.01. Computer and Information Sciences (major: System Analysis, Information Management and Processing)

ACADEMIC STAFF

Irina Bugay

Kim Samarov

Elena Skripkina

Oleg Raev

Alexander Mischenko

Nadezhda Kotonaeva

Sergey Krivolapov

Afanasiy Ostrik

Olga Borisova

Valerii Vilisov

Tatiana Kuzina

Julia Pogodina

Nikolay Svetushkov

Olga Chausova

The graduating Department "Mathematics and Natural Sciences" is the main educational and scientific structural subdivision of the State Budgetary Educational Institution of Higher Education Moscow Region "University of Technology".

The Department provides educational, methodological and scientific work on the content and profile of the assigned disciplines in accordance with the requirements of the Federal State Educational Standard of Higher Education, extracurricular and educational work with bachelors, post-graduate students and listeners.

In the 2019-2020 academic year, the Department taught 26 specialty disciplines, 85 Bachelor's disciplines, 8 Master's disciplines and 6 postgraduate disciplines for full-time and extramural forms of study.

Department Scientific Activity

The Department lecturers conduct scientific activity in the field of mathematics, physics, chemistry. They regularly make presentations at the universities and external conferences.

Project Activity

2017-2019: Project "Development of software for processing streaming telemetry data on thermal conditions for the "Spektr-RG " . The project owner - the Lavochkin Research and Production Association. This project was carried out as part of a joint study of Russia and the European Union within the "Spectr-Rentgen-Gamma" space program.

2018: Project "Development of Software for Numerical Simulation of the Heating Process of Centrally Symmetric Body Using a High-Power Laser Source" for the United Institute of High Temperatures of RAS.

2018: Project for company "MIKRAN " on developing software based on the OPEN CV package for identifying objects moving at a certain speed.

2020: Development and creation of the programmable model of anthropomorphic robot arm on the Arduino platform, which includes six rotary servers, an ultrasonic distance sensor and two "fisheye" infrared distance sensors. This project is intended for use in the training program for testing during development of control software for robot-typed systems.