Physics

INSTITUTE OF ENGINEERING PHYSICS

60530900 – PHYSICS (Evening study form)

The direction of physics education is a bachelor’s degree in science and covers a complex set of vocational fields related to the teaching of subjects related to education in general secondary, secondary and professional schools, the National Academy of Sciences and networking scientific research institutes, the media, governmental authorities, general secondary, secondary, professional education institutions.

60530900- The form of study in the field of physics evening education is the credit system, and the study period lasts 4.5 years. Students will have the following qualifications: physicist, physical engineer, pedagogue

The educational process consists of 9 semesters, starting from the 2nd stage, they undergo qualified pedagogical practice in general secondary, secondary special, professional education systems in scientific research organizations and production enterprises.

At stage 2,3,4, compulsory and selection subjects are conducted in Uzbek and Russian.

After graduating from a bachelor's degree in physics education, he graduated from a bachelor's degree in science:

- teaching physics in the general secondary, secondary, professional education system;

- work in the education system in cabinet, methodologist, engineer, senior laboratory, laboratory and corresponding positions;

- scientific activity in natural research organizations;

- physicist, engineer-researcher in the field of production;

- work in various business entities, non-governmental and public organizations and other institutions;

- creating and developing new high-quality materials and technologies

- work as an engineer, researcher and technologist in manufacturing companies;

- development of regulatory documents, pedagogical technologies of the educational process;

- will have the right to work as an expert in software, information and communication technology.

Notes:

1) 1 loan is 30 academic hours.

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

3) Military training exercises are held at the expense of the hours of the selection science block (provided that the selection is mastered), and the 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 requirements, flexibility and mobility of labor market and personnel contractors.

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) The duration of the final state-of-the-art certification includes the protection of 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) Physical education and sports are organized in sports sections based on a student's voluntary selection as a faculty course.

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. The most recent history of Uzbekistan
2. Philosophy
3. Uzbek (Russian)
4. Foreign Language
5. Religious Studies
6. General pedagogy. General psychology
7. Computer modeling of physical processes
8. Math Analysis
9. Linear algebra and analytical geometry
10. Physics
11. Mechanics
12. Molecular physics
13. Electrical & Magnetism
14. Methods of teaching physics
15. Differential Equations
16. Mathematical physics methods
17. Optics
18. Theoretical mechanics
19. Basics of Radio Electronics
20. Atomic Physics
21. Physics of atomic nuclei and elementary particles
22. Electrodynamics
23. Quantum mechanics
24. Statistical physics