Radioelectronics

Radioelectronics

 

 

The head of the department “Radioelectronics”
assistant professor, candidate of physico-mathematical sciences Мustofoqulov Jabbor Akhmatqulovich
Reception days: Friday, 4pm
Phone: 998 90-224-55-39
E-mail: J.Mustofoqulov@inbox.ru      

       

Information about the department –

The department “Radioelectronics” was formed on October 10, 2017 on the basis of the department “Power engineering”. Teaching staff of the department consists of 14 teachers, including 4 associate professors, 3 senior lecturers, 7 assistants.

Scientific directions of the department:

1.Mathematical software and hardware for creating a robotic eye system analyzer. (F.Muldanov)

2.Improving the efficiency of training specialists in alternative energy sources (solar and wind energy) based on innovative educational technologies. (ass. F.Yuldashev)

Educational-methodical work of the department:

1.Саттаров С.А., Каршибоев Ш.A. “Радиоавтоматика” – учебник

2.Каршибоев Ш.A., Иняминов Ю. “Радиоэлектроника” – учебное пособие

3.Мустофокулов Ж.A., Хамза A.И. “Схематехника” – учебное пособие

4.Юлдошев И.А., Юлдашев Ф.М. “Қуёш энергетикаси” – учебник

 

List of influential editions of scientific articles issued by members of departments over the past three years

 

1.B.Khuzhayorov, J.Mustofoqulov at all. Solute Transport in the Element of Fractured Porous Medium with an Inhomogeneous Porous Block, Journal of Symmetry, Basel, 2020, 12, 1028, 1-13.

2.B. Khuzhayorov, J. Mustofoqulov. Transport of Active Solute in a Fractured Porous Medium with Nonequilibrium Adsorption. IJARSET, 2018. Vol. 5, Issue 12, 7589-7597.

3.Turapov Ulugbek Urazkulovich, Muldanov Fayzi Riskulovich. Analysis of Criteria for Image Processing and Recognition on the Basis of Informative and Strong Signs of Personal Face Structure. AIP Publishing, ICPPMS, 2021, Tashkent 10-11 june.

4. Игамкулов З.А., Саттаров С.А., Уринов Ш.С. Применение полупроводникового детектора для определения относительной на внутренней мишени нуклотрона. Научный журнал “Интернаука”. №20, 2021.  Москва. 93-97.

Scientific programs

  1. 1. Radio automation
  2. 2. Electrodynamics and radio wave propagation
  3. 3.  Electrical and Electronics
  4. 4. Radio materials and components
  5. 5. Electronics and functional electronics
  6. 6. Electronics
  7. 7. Radar and radio navigation systems
  8. 8. Computer simulation in electronics
  9. 9. The basics of photonics
  10. 10. Amplifiers and switching devices
  11. 11. Equipment microcircuits
  12. 12. Microwave and antenna devices
  13. 13. Antenna-feeder devices of mobile communication systems
  14. 14. Analog instruments and devices
  15. 15. Introduction to Nanotechnology
  16. 16. Measurement of non-electrical dimensions
  17. 17. Devices for receiving radio signals
  18. 18. Physics in construction
  19. 19. Design and technology of electronic devices
  20. 20. Radio transmitters
  21. 21. Robotics sensors and devices
  22. 22. Circuitry
  23. 23. Automatic control devices
  24. 24. Biophysics
  25. 25. Design and construction of integrated circuits
  26. 26. Communication device design
  27. 27. Physics and technology of multilayer structures
  28. 28. Physics and technology of solar cells
  29. 29. Material science
  30. 30. Micro and nanoelectronics
  31. 31. Microprocessor devices
  32. 32. Equipment for television and radio studios and stations
  33. 33. Physics
  34. 34. Radio measurement
  35. 35. Radio frequency circuits and signals
  36. 36. The basics of electronics
  37. 37. Television
  38. 38. The main projection project
  39. 39. Physicist, main radio engineer
  40. 40. The basics of radio electronics
  41. 41. Methods and fundamentals of technological control
  42. 42. Modern methods of physical measurement
  43. 43. Additional chapters on physics
  44. 44. Electr engineering 
  45. 45. Electrical materials

Control questions

  1. 1.Radio Measurement (R T)
  2. 2. Electrical materials (EE, EEE)
  3. 3. Electrical engineering and electronics (in all directions)
  4. 4. Additional chapters on physics (E va A va MS)
  5. 5. The basics of photonics (E va A)
  6. 6. Integrated Circuit Design (E va A)
  7. 7. Amplifiers and switching devices (RQ va T)
  8. 8. Micro and nanoelectronics (RQ va T)
  9. 9. Equipment microcircuits (RQ va T)
  10. 10. Measurement of non-electric dimensions (RQ va T)
  11. 11. Diagnostics of radio devices (RQ va T)
  12. 12. Analog meters and instruments (RQ va T)
  13. 13. Design and technology of electronic devices (RQ va T)
  14. 14. Microwave and antenna devices (RQ va T)
  15. 15. Antenna-feeder devices of mobile communication systems (RQ va T)
  16. 16. Radio receiving devices (RQ va T)
  17. 17. Radio transmitters (RQ va T)
  18. 18. Microprocessor (RQ va T)
  19. 19. Robotics sensors and devices (E va A)
  20. 20. Applied Electronics (E va A)
  21. 21. Mechanics, molecular physics, and electrical separation (In Biophysics-QXMST va UDQID)
  22. 22. Physical fundamentals of radio engineering (P)
  23. 23. Physics and technology of solar cells
  24. 24. Physics in construction (AYva A)
  25. 25. Powerful electronic devices (E va A)
  26. 26. Physics in construction (A)
  27. 27. Magnetism and optics, atomic physics (II-sem)
  28. 28. Mechanics, molecular physics and electrical parts (I-sem)
  29. 29. Optoelectronics (E va A)
  30. 30. Radio materials and radio components (RQ va T)
  31. 31. Fundamentals of Radio Electronics (RQ va T)
  32. 32. Television studios and equipment (RQ va T)
  33. 33. Methods and tools of technological control (E va A)
  34. 34. Modern methods of physical measurement (E va A, RQ va T)
  35. 35.Electronic Instruments and Integrals (E va A)
  36. 36. Electrical Engineering (KT)
  37. 37. Electrodynamics and radio wave propagation (RQ va T)
  38. 38. Electronics and functional electronics (RQ va T)
  39. 39. Electrical and Electronics (YSBK va TS)
  40. 40. Electrical and Electronics (AT)
  41. 41. Electrical and Electronics (MS va MSM)
  42. 42. Materials and elements of electronic equipment (E va A)