Department address: Al-Farabi, 71, Faculty of Physics and Technology.

Location: 3d floor, 310 room

Department telephone: 8 (727) 221-15-53

We are on the social networks

1. https://www.facebook.com/PlasmaPhysicsKazNU/

2. https://www.instagram.com/plasma_phys_computer_phys/

	Head of Department of Plasma Physics and Computer Physics, professor Кodanova S. K. Telephone: +7(727) 221-15-53 E-mail: Sandugash.Kodanova@kaznu.kz
	Deputy Head of Department on educational activities Yerimbetova L.T. Telephone: +7(727) 221-15-53 E-mail:Lyazzat.Yerimbetova@kaznu.kz
	Deputy Head of Department for Science, Innovation work and International Relations, professor Nurgalyeva K.E. Telephone: +7(727) 221-15-53 E-mail: kuralay.nurgalyeva@kaznu.kz

The main subjects taught by teachers of the Department of plasma physics, nanotechnology and computer physics

 1. Electricity and magnetism;

 2. Atomic physics;

 3. Atomic and nuclear physics;

 4. Physics 1, 2;

 5. Computer modeling of technological processes;

 6. The concept of modern science;

 7. Introduction to plasma physics;

 8. Fundamentals of plasma physics;

 9. Gas discharge physics;

10.  Fundamentals of vacuum engineering and technology;

11.  Fundamentals of plasma electrodynamics;

12.  Ionosphere and cosmic plasma;

13.  Numerical methods in plasma physics;

14.  Physics of dusty plasma;

15.  Physics of elementary plasma processes;

16.  Theoretical foundations of electrical engineering 1, 2;

17.  Industrial electronics;

18.  Electric machines;

19.  Equipment high voltage;

20.  Relay protection;

21.  Electrical networks and systems;

22.  Electrical part of the station and substation;

23.  Electrical appliances and equipment;

24.  Engineering and computer graphics;

25.  Automation of technological processes;

26.  Alternative and renewable energy;

27.  27. Information and measurement technology;

28.  Information systems in science and education;

29.  Technique of school experiment;

30.  Computer modeling of physical processes;

31.  New standards and curricula in secondary schools;

32.  Information technologies in the work of a physics teacher;

33.  Solving physical problems using programming systems;

34.  Applied mathematics in physics and engineering;

35.  Kinetic theory of open systems;

36.  3D modeling and computer graphics;

37.  Modern methods of teaching physics in HIGHER education institutions;

38.  Scientific pedagogical bases of the "University 4.0" model;

39.  Management of scientific and pedagogical research;

40.  Methods for assessing knowledge and skills of physics training control;

41.  Business activity in the electroenergetics;

42.  Managing power quality;

43.  Design of Autonomous energy systems;

44.  Automated electric drive;

45.  Introduction to nanotechnology;

46.  Nanotechnology in medicine;

47.  Nanostructured materials in construction;

48.  Synthesis of carbon composite nanomaterials in a plasma medium;

49.  Manufacturing of nanostructures and composite nanomaterials;

50.  Project management in the electroenergetics;

51.  Marketing activities in the electroenergetics;

52.  Reliability of electric electroenergetics;

53.  Electrical safety and labour protection.