Mechanics and mathematical modeling technique. "Mechanics and Mathematical Modeling" (undergraduate). List of key professions

Students enrolled in this profile, master knowledge of theoretical and applied sections of mechanics:

theoretical mechanics

management theory

theories of stability and stabilization of movement,

mechanics of a deformable solid body

hydroameromechanics,

theories of oscillations,

applied mechanics

robotics and others.

Along with theoretical knowledge, experimental and computational methods of researching the movement and state of material tel are mastered. Much attention is paid to the study of basic mathematical disciplines and computer sciences. Graduates have the opportunity to continue their studies in the University's graduate school and institutes of URO RAS. In the learning process, students actively participate in research work, in All-Russian Olympiads, scientific competitions and conferences.

Students specialize in the following areas: Mathematical modeling, theory of stability and management, mechanics of a deformable solid body, computer mechanics, as well as in solving with high-performance technologies for the development of modern technology, the tasks of economics and finance, ecology and biotechnology, management.

The presence of universal knowledge allows graduates to work Not only in research institutes, universities and design bureaus of large industrial organizations, but also in the structures of the economy and business. There are not only known scientists among graduates, including the President of the Russian Academy of Sciences, heads of research organizations, industrial firms and universities, highly qualified specialists, including in the field of computer technology, but also businessmen and top managers of commercial structures.
Popular video clip on the direction of "Mechanics and Mathematical Modeling" with pictures and music.

Why do you need to go to mathematics or mechanics?

For many years of the existence of the faculty, one of the best mathematical schools in the country has been formed,

There are many steep teachers: professors and scientists,

After the second course at both destinations, it is divided into specializations and you can choose the most interesting area for study.

on mathematics:

Discrete Math;

Mathematical cybernetics;

Mathematical biology and bioinformatics;

Mathematical methods in the economy;

System Programming;

And much more

on the mechanics:

Math modeling;

Theory of stability and management;

Mechanics of a deformed solid body;

Computer mechanics;

Senior courses include scientific activities: carry out their own research, write articles in scientific publications;

Each semester is read by additional courses on different topics that can be visited regardless of the direction of learning and the selected specialty.

Who will be interested in first?

Those who want to develop mathematical thinking;

Those who want to do science;

Those who are strong in the exact sciences, but has not yet decided that he is more interesting;

The direction of the mechanics is suitable for those who are interested in both mathematics and physics.

Who can work, graduating mathematical directions?

Anyone and in any sphere!

People who know how to think, are valued very high, and the skills of mathematical thinking will allow finding a deal to the soul in any area. Graduates of mathematical directions of Matmeha can meet:

In various positions in the IT sector: from programmers to interface designers, from sysadmins to project managers;

In the financial sphere as analysts, economists, financiers, auditors;

Among engineers and technical specialists in any field of construction to the space industry;

In schools, institutes and universities, scientific laboratories and in the Academy of Sciences, where they work as scientists, teachers and managers.

Differences of mathematical directions:
Mathematics:

More choice of special courses and specializations,

Strong Mathematics and Serious Programmer Base
Mechanics:

Most of the courses are read by teachers of one of the oldest departments of the faculty - Departments of mechanics and mathematical modeling,

The main focus on theoretical and applied sections of physics.

Specialty "Mechanics and Mathematical Modeling" - This is a branch of applied mathematics, which is engaged in mathematical modeling of complex physical processes in solids, liquids, gases and plasma.

During the training, students receive deep fundamental knowledge in the field of mathematics and programming, classical mechanics. In addition, students read a wide range of special disciplines in various directions of modern mechanics. Significant is the volume of training in the field of computer science, programming, IT technologies.

During his studies, students will learn:

• Use mathematical methods and algorithms of computing mathematics in solving problems of mechanics and analysis of application problems
• Participate in research seminars, conferences, symposia, and also engage in their organization
• Engage in the preparation of scientific articles and scientific and technical reports
• Processing general scientific and technical information
• Apply fundamental knowledge in the field of mechanics in the preparation and conduct of experimental studies
• Conduct research work in the field of mechanics and mathematical modeling
• Spend experimental studies on mechanics
• Use specialized software complexes when solving problems of mechanics
• Analyze the results of research and production and technological activities
• Teach physico-mathematical disciplines and computer science in general education and secondary professional educational institutions with specialized retraining

A significant part of graduates is devoted to a research career. But the applied application in the direction is. In production, specialists can deal with the calculations of power and heat loads on the surface of aircraft, the creation of new materials and alloys with a form of memory, the design of installations for the extraction and transportation of oil and gas, etc. Specialists in mechanics and mathematical modeling are required in research institutes and Centers, on enterprises of the mining complex, in the aircraft design bureaus.

Assigned qualifications

Mechanic. Mathematician applied -professional skill specialist

Positions

• Programmer
• Engineer mechanic
• Mathematician
• Lecturer Mathematics
• Mathematical Modeling Specialist

The main results, the results of work and plans for the future

Bachelor.

In 2015, the first release of bachelors in the direction with the profile took place "Experimental mechanics and computer simulation in mechanics". Eight people out of ten arrived at the department in 2011 successfully defended graduation work and received bachelor-engineer diplomas.

Developed training plan for bachelor's preparation towards "Mechanics and Mathematical Modeling" Proved him high quality. Compared to the previous program of the Mechanics, non-core items were removed, the relationship between the physico-mathematical cycle of disciplines and special courses, a physical and mechanical workshop and computing experiment was balanced. At the official level, training was introduced with the universal "heavy" calculation complex ANSYS (ANSYSINC., USA), which is included in the top three of the main finite element complexes used in the industry to develop new technology. Based on the experience gained and in connection with further development The federal state educational standard the undergraduate curriculum will continue to improve and optimize the needs of high-tech production.

As a result, the achieved level of mastering the main educational program The bachelor graduate was higher than a specialist graduate (4.1 against 3.8), and the presented proclaiming works of bachelors, despite smaller preparation time, "broke" the diplomas of specialists (4.6 against 4.2). At the same time, the solved scientific and practical tasks themselves aroused a living interest among members of the State Commission and long-term discussions.

Master

This year, the first set of new master's program was carried out. "Dynamics and strength of complex mechanical systems" directions "Mechanics and Mathematical Modeling". Nine people came to us, including graduates of the undergraduate program of the profile "Experimental mechanics and computer simulation in mechanics".

Bachelor's level is only the first level in the system of Russian and world education. It provides a basic theoretical level and gives some practical skills. However, to solve the main tasks of the Russian industry - creation in the shortest possible time of globally competitive and demanded products of the new generation - specialists of the new formation are needed - "Engineering and Technological Special Forces", the preparation of which it is possible to implement only on master's programs focused on the high-tech economy. It is such a program that we offer our undergraduate students.

Engineers of the XXI century are researchers engineers and developers engineers who own all advanced world-class technologies that can "break through the walls", "solve unreserved tasks", to make innovative breakthroughs, to ensure ultimately the creation of industrial products of the new generation.

Distribution, practice

Distribution this year has passed more than ever, which is associated with the end of the Specialist programs and the double issue. However, there was no particular interest in graduates of specialists compared with graduate-bachelors. "Hunger" on engineers developers of new technique is only increasing. Mechanic engineers are in demand in all sectors of mechanical engineering: heavy, energy, auto, court, aircraft and rocket education. We came to us as old partners (Galichsky Autocrya Plant, Federal Nuclear Center for Technical Physics, Progresshekh-Dubna LLC, Gazpromtrubinvest OJSC), and new, among which the experimental machine-building plant was most popular to them. Mezishchev, which is engaged in the creation of aviation, aerospace, aerostatic and landing equipment. It was there in the design department for a very decent salary and a majority of graduates of this year went to the design department.

Bachelor's course production practice 3 "Mechanics and Mathematical Modeling"passed very successful. Students, after a large break, have worked in a super-equipped laboratory testing materials of Dipos GC (Ivanovo), in the Innovative Center Proton (Vladimir). Especially I would like to note the practice at the enterprise "GosMKB" Raduga "them. A.Ya.Besnyaka "(Dubna) producing high-speed aircrafts, and in the Moscow engineering center of the major international company Festo, Germany.

During the training, students acquire scientific knowledge on computer modeling of various mechanical processes, develop the ability to analytical thinking, Learn to apply in practice the foundations of fundamental mathematics, mechanics, physics and other natural sciences.

Graduates find applying their knowledge in engineering centers of industrial companies, gas and oil sectors, transnational corporations, research and design bureaus engaged in the development of new engineering technologies.

"Mechanics and Mathematical Modeling" - a direction that allows you to make a choice in the future from a rather large number of interesting professions:

researcher,

• mathematician,

  analyst,

  leader

  researcher,

  teacher of physical and mathematical disciplines,

  specialist in mathematical modeling.

Characteristics of the direction

Characteristic	Indicator
Training leads
Preparation level	Bachelor.
Direction code	01.03.03
Total number of budget places	25
of these, places for those who have a special right	3
Number of paid places	25
Entrance tests	Informatics and ICT - 42 Russian language - 40 Mathematics - 39
Priority entrance tests	Mathematics; Informatics and information and communication technologies (ICT); Russian language.
Competition for budget places in 2019	8,50
The minimum total score when enrolling on the budget in this area in 2019	216
Graduation qualifications	Bachelor
Form of study	Pupil
Period of full-time learning	4 years
Full-time cost	139 707 rub. (in 2019)

Syllabus

Basic profile disciplines:

• mathematical analysis;
• differential equations;
• theoretical mechanics;
• equations in private derivatives;
• dynamics of liquids;
• numerical methods In the mechanics of solid media;
• physics of the oil and gas reservoir;
• dynamic systems;
• application packages;
• dynamics of compressible media;
• computer mathematics systems.

Classes are conducting full-time teachers: Doctors and Candidates of Sciences:

Tatosov A.V. , professor, doctor of science;

Shalagin S.D. , associate professor, candidate of science;

Machulis V.V. , associate professor, candidate of science;

Mosyagin V.E. , associate professor, candidate of science;

Nine A.P. , associate professor, candidate of science;

Butakova N.N. , associate professor, candidate of science;

Basinsky K.Yu. , Associate Professor, Candidate of Sciences.

Practices

Siberian and Ural branch of the Academy of Sciences of the Russian Federation, OJSC Sberbank of Russia, OJSC "Zapsibcombank", Schlumberger, OOO "Tyumen Institute of Oil and Gas", OOO "Tyumennipigiprogaz", ITPM \u200b\u200bSB RAS. Christianovich, Bank VTB-24, Sibnac OJSC, Yuni-Concord LLC, Institute of Cryosphere Earth SB RAS, OJSC Rushasproekt, OJSC Nizhneobsky NIPI, NPO "Sibtekhneft", OJSC Gimotümenneftegaz, Infa CJSC , Surgutnipineft, NPO "Fundamstroyarkos", LLC Gazpromprosteching, LLC "Ingeoservis, Kogalymnipineft LLC.

Achievements

• TSU SPE Student Chapter team (as part of D.V. Balin) reached the student finale intellectual Game Petrobowl in London.
• The victory in the competition of the best student works Danil Balin is "The impact of the process of auto-hydraulic fracturing on the development of the field", scientific. Head M.Yu. Danko, Head of the Hydrodynamic Modeling Department of the Tyumen Institute of Oil and Gas

Results of learning

The ability to solve complex tasks by the method of information and communication technologies.

The use of mathematical analysis in the field of theoretical and applied mechanics, geometry, differential equations and probability theories.

Work with specialized programs for modeling and optimizing technological processes.

Research on independently either in the group.

Solving the problems of mechanical modeling without the participation of PC (if the situation requires).

Adapting their knowledge to the organization educational process In the sphere of its competence (physics, mechanics, mathematics, informatics).

Organization of pedagogical, scientific, management and production and technological activities.

Employment and career

Areas of activity:

Bachelors have the opportunity to work in any spheres of science, industry, production, management associated with mathematics, engineering, physics, mechanics and programming.

Bachelor's employment places:

Siberian and Ural branch of the Academy of Sciences of the Russian Federation, Central Bank, OJSC "Sberbank of Russia", OJSC "Zapsibcombank", OJSC Surgutneftegazbank, OJSC "Siblinginp", Schlumberger, OOO "Tyumen Institute of Oil and Gas", OOO "Tyumennipigiprogaz", JSC " Gazpromneft, "Vostokneftegazproekt" CJSC, ITPM \u200b\u200bSB RAS. Christianovich, Bank VTB-24, Sibnac OJSC, Yuni-Concord LLC, Institute of Cryosphere Earth SB RAS, OJSC Rushasproekt, OJSC Nizhneobsky NIPI, NPO "Sibtekhneft", OJSC Gimotümenneftegaz, Infa CJSC , Surgutnipineft, NPO "Fundamstroyarkos", LLC Gazpromprosteching, LLC "Ingeoservis, Kogalymnipineft LLC.

Internships of students, undergraduates and graduate students:

• Evgeny Popov - Presidential Fellowship for Learning Abroad, Birmingham University of Cloud Computing Center (United Kingdom);
• Artem Vorobiev - Presidential Scholant for Training Abroad, Nanyang university of Technology (Singapore);
• Alexander Kropotin - Presidential scholars of the Russian Federation for learning abroad, University of Ulm (Germany);
• Alexander Nethers - President of the Russian Federation for learning abroad, University of Ulm (Germany);
• Natalia Tallenikova - the "semester abroad" program, the University of Passau (Germany);
• Arthur Romazanov, Evgenia Egorova - the program "Semestr abroad", University of Passau (Germany);
• Andrei Rybkin - the program "Semester Abroad", University of Kindai (Gosaka, Japan);
• Anna Zhikhareva - Global Ugrad Student Exchange Program, Idaho State University in Boise (USA);
• Ekaterina Lobanova - Fulbright FLTA Program, Whiton College (Norton, USA)
• Alexander Gorbachev - Fulbright Program, State Research University (New York, USA);
• Natalia Tallenikova, Anton Lyachek - Internship, Huawei (Gsenzhen and Beijing, China);
• Polina Gultyaeva, Vladislav Fishman - the program "Semestr abroad", University of Koblenz-Landau (Germany)
• Lusine Harutyunyan, Mikhail Lyapunov - SEMESTM SEMBER PROGRAM, University of Guadalajara (Mexico)

• Maria Rudsevich, Director of the Informatization Department of the Tyumen Region
• Garif Romashkin, managing the regional bank "VTB24"
• Evgeny Popov, Researcher of the Cloud Center Center University of Birmingham (United Kingdom), winner of the grants of the President of the Russian Federation, the Potanina Foundation, Governor Foundation, the Winner of the IT-Planet and WorldSkills Russia Competence "Network and System Administration"
• Mikhail Fucco, WORLDSKILLS RUSSIA National Expert in Competence "Network and System Administration", Coach of the National Team WorldSkills Russia, head. Laboratory of Network and System Administration Tyumu.
• Elena Tolubayeva, Head of Department information technologies UFNS of Russia in the Kurgan region
• Ivan Karjakin, MINTROCKET IT Company
• Pavel Bridgeov, Leading Specialist of the Maintenance Department of Large Projects Geological Exploration Scientific and Technical Center Gazpromneft
• Anna Semenova, Specialist of the Information and Analytical Department MOU "Information and Methodical Center"
• Olga Chuenko, Deputy Director of the State Committee of the State University, "Center for Information Technology
• Maria Cubina, Network Engineer Schlumberger Logelco Inc (Europe and Africa)
• Inna Grigorieva, head. Base Department of Business Process Automation (on the 1C: Enterprise Platform), Ph.D.
• Vladislav Wabjab, Developer, Schlumberger
• Alexander Blyzhenskiy, Developer in Yandex.orderko
• Mikhail Grigoriev, WORLDSKILLS RUSSIA National Expert, Associate Professor of the Department of Software and System Engineering, Ph.D.
• Julia Boganyuk, head. Computer Laboratories Imikn, Winner of the Regional Competition scientific work, Winner of the Miss IT Tyumen Region Competition, WORLDSKILLS RUSSIA Expert Competence "Machinery and Bigdata"
• Igor Maschaitsky, data processing specialist in SAP IT-service LLC (SIBUR)
• Andrei Sorokin, head of the processing group, department of operational support of seismic surveys LLC Gazpromneft NTC
• Sergey Glazunov, one of the most famous white hackers in Russia. For the work on finding vulnerabilities Chrome Google paid him more than $ 80,000,
• Andrei Labanets, Specialist Facebook Information Protection Department
• Alexander Gorbachev, Winner and Prize-winner of the National Championships, World Skills World Championships, European Championship in the Nomination System Administration, a graduate for training in the US Magistracy.
• Irina Prudaeva, Deputy Director for the Implementation of Programs and Projects Information and Methodical Center
• Elena Sychev, Developer Engineer, Tyumen Oil and Gas Institute
• Tatyana Yufova, WORDS WINNER WORLDSKILLS RUSSIA TYUMEN, WORLDSKILLS RUSSIA URAL, WORLDSKILLS RUSSIA NATIONAL CHAMPIONS COMPETITIONS "COMPANY SOLUTIONS"
• Andrei Evdokimov, technical specialist of the technological support department of standardized procedures for assessing students' achievements, Togirro
• Yuri Egorov, Lead Engineer Developer GK Baspro
• Anna Kozhevnikova, IUS programmer programmer under the administration of Gazprom Dobycha Urengoy
• Evgeny Kabardinsky, Developer Software Engineer AT Leadex Systems
• Konstantin Borisov, Chief Specialist of the Consumer Planning Department and Calculation of Production, LLC Gazpromneft-Yamal
• Nikita Pogodin, Java Developer Company Luxoft
• Abdullah Bashiru, Alsart Software Manager (Lagos / Nigeria)
• N.S. Bakhti, Head of the Mathematical Modeling Department of Oil and Gas Fields "Surgutnipineft", Ph.D.
• A.A. Zolotov, Director of Development of the IT Directors Club of the Tyumen Region, Head of the Development Department of Information Systems LLC "Concord Soft"
• I.N. Polishchuk, Director of the Tyumen branch of JSC "GIS- ASUPROEKT", K.T.N.
• V.V. Trofimov, Development Director, Rostelecom PJSC A branch in Tyumen and Kurgan regions
• A. Parhomitsev, Director of Luis + Western Siberia»
• A.P. Nine, Associate Professor of the Department of Foundatic Mathematics and Mechanics Imikn, Ph.D.

Foreign partner universities

• Northeast Pedagogical University (China).
• Tsuifu State Pedagogical University (China).
• University Passau (Germany).
• University of Münster (Germany).
• Higher School of Administrative Sciences Speyer (Germany).
• Tallinn University (Estonia).
• Daugavpil University (Latvia).
• Novobolgar University of Sofia (Bulgaria).
• University. Humboldt in Berlin.
• University of Navarre (Spain).
• University of Strasbourg (France).
• University of Lorraine Metz (France).
• University of Toulouse 2 - Le Mirai (France).
• University College Bodo (Norway).
• Oslo University (Norway).
• University of Wolverhampton (United Kingdom).
• University of California Los Angeles (USA).
• Federal University Fluminens (Brazil).
• Agreement on cooperation between the Federal Agency for the Commonwealth of Independent States, compatriots living abroad, and international humanitarian cooperation (Rossotrhetic).
• Eurasian Humanitarian Institute (Republic of Kazakhstan).
• Yerevan state University (Republic of Armenia).
• Tashkent University of Information Technology.
• University of Informatics and Information Technologies. Apostle Paul, Ohrid.
• University of Uluneburg.

Partner companies

• Microsoft, Samsung
• Zapsibcombank
• SKB Kontur
• LLC "Tyumen Institute of Oil and Gas"
• Basegroup Labs.

Institute of Mathematics and Computer Sciences

Profession lies at the junction of mathematics, physics and computer science. Students learn to predict the physical processes occurring in solids, liquids, gases and plasma using mathematical modeling methods. For this you have to use complex computer programs, and sometimes it is to create them yourself. At the same time, if the computer cannot be used, graduates should be able to solve the problem in other ways. IN curriculum much attention It is paid to physical disciplines, primarily mechanics. Students also get acquainted with computer science, programming and robotics. Specialization depends on the modeling of which objects will decide to make a graduate: solid bodies, liquids or gases. Such a section of science becomes popular as engineering biomechanics - the study of the properties of alive tissues and the design of artificial parts of the body. *

* Set academic disciplines and bias training