Mechanics and mathematical modeling

INSTITUTE OF ENGINEERING PHYSICS

Mechanical Engineering

            Mechanics and mathematical modeling - The direction of bachelor's degree education in the field of science covers a complex set of professional sectors with complex issues in government and non-governmental institutions of general secondary, secondary special and professional system organizations, the Academy of Sciences of the Republic of Uzbekistan and networking research institutes, governmental authorities, general secondary, secondary vocational education.

In step 1, foreign languages, mathematical analysis, linear algebra, Analytical geometry, programming foundations, Theoretical mechanics, the newest history of Uzbekistan, religious science are conducted in Uzbek and Russian.

The following qualification practices are conducted in the preparation of bachelor's degrees:

Qualification practice in phases 2.3 - strengthening theoretical knowledge gained from public and specialized subjects in manufacturing (relevant industries, organizations, and institutions) and harmonizing them with practical (production) processes focuses on flouring, developing relevant practical skills, competencies and qualifications;

Qualification practice in Phase 4 - strengthening professional skills in manufacturing (relevant   enterprises, organizations, and institutions), adapting to professional activities, and collecting information for the preparation of graduate work and focuses on systematization;

After   graduating from   a bachelor's degree in science and technology, bachelor's degrees   in mechanics and mathematical modelling can work in the organizational, management and manufacturing and service activities, information analytical activities, and scientific research activities.

1) 1 loan is 30 academic hours.

2) The GPA indicator is determined annually in the third week of August.

3) Military training sessions are held at the expense of the hours of the selection block of subjects (with a selection arli), and a military meeting is held at the time of training. The block of competitive sciences is determined by the decision of the OTM Council from a complex of subjects that ensure the demands, hanging and mobility of labor market and personnel.

4) In the development of a curriculum, you can freely set the volume of weekly loads in some semesters, changing the size of the curriculum by up to 5 percent, up to 10 percent of the number of subjects contained in the blocks, and preserving the total audience load.

5) Final state-of-the-art certification includes protecting the finishing work.

6) Practical workshops and laboratory work on the specialization to be included in the curriculum are carried out in higher education institutions and basic organizations and enterprises.

7) To ensure the integrity of theory and practice, students' qualification practices are conducted in basic organizations and enterprises.

8) The Faculty of Physical Education and Sports is organized in sports sections based on a student's voluntary selection as a course.

9) Coursework is carried out on a loan based on 1 credit, accounting for the hours of independent education allocated to this subject.

HOLIDAYS:

1. Course 1:

1 week of January from the 5th week of December (2024 25.12.2023-07.01.2024)

- from week 2 to September 2024 (for 2024 10.06.2024-02.09.2024)

2. Course 2:

1 week of January from the 5th week of December (for 2024 25.12.2023-07.01.2024)

- from week 1 in July to September (for 2024 01.07.2024-02.09.2024)

3. Course 3:

1 week of January from the 5th week of December (2024 25.12.2023-07.01.2024)

- from week 1 in July to September (for 2024 01.07.2024-02.09.2024)

4. Course 4:

1 week of January from the 5th week of December (2024 25.12.2023-07.01.2024)

- from week 1 of July

SUBJECTS

1. Uzbek (Russian)
2. The most recent history of Uzbekistan
3. Religious Studies
4. Foreign Language
5. Philosophy
6. Math analysis
7. Linear algebra
8. Analytical geometry
9. Basics of programming
10. Theoretical mechanics
11. General physics
12. Differential Equations
13. Differential geometry
14. Basics of Mechanics of Adjacent Environments
15. General psychology. General pedagogy
16. Computer modeling of mechanical issues
17. Material Resistance
18. Theory of complex variable functions
19. Probability theory and mathematical statistics
20. Methods of teaching mechanics and mathematics
21. Calculation methods
22. Mechanics of liquids and gases
23. Mechanics of a deformable solid
24. Mathematical physics equations