Subject · Aerospace engineering

Pua və idarəetmə qurğularıTopics

İFS-4542x6 creditsSpring semesterElective2025-2026

Topic plan

The subject's topics and the learning outcomes attached to each one.

53 topics

1. Introduction. development history and physical nature of uav. comparative analysis of UAV with aircraft and aircraft-missiles (missiles). - physical nature of uavs and their comparative analysis
Lecture
2. - reasons for formation of PUA
Seminar
3. - modern UAV prototypes
Lecture
4. - complex composition, advantages and disadvantages of UAV
Lecture
5. - comparative analysis of UAV with aircraft and aircraft-missiles (missiles).
Seminar
6. Basics of aerodynamics. fundamentals of aviation metrology and aeronautical radio navigation. air use law governing the use of uavs - aerodynamics and radionavigation
Lecture
7. - fundamentals of aerodynamics
Lecture
8. - principles of lifting power generation
Seminar
9. - the main structural elements of a modern airliner
Seminar
10. - front and rear wings that provide control during landing and takeoff
Seminar
11. Purpose, types and application of uavs. classification, characteristics and main elements of constructions of uav. principles of operation and composition. - purpose, types and application of uavs
Lecture
12. - classification, characteristics of UAV
Lecture
13. - main tasks performed by flight controllers
Seminar
14. Generalized scheme of pua. - generalized scheme of PUA
Lecture
15. - generalized scheme of PUA
Seminar
16. - structural diagram of a smartphone/tablet
Seminar
17. - structural diagram of the control panel
Seminar
18. Flight-technical characteristics and basic parameters of flight control. - flight-technical characteristics and basic parameters of flight control
Lecture
19. - quadcopter main carrier components and payload
Seminar
20. - assembly, types and operation of UAV constructions
Seminar
21. - flight-technical characteristics and basic parameters of flight control
Seminar
22. Ground and on-board control systems (equipment) of uav. food sources. - UAV on-board equipment (m). - food sources and their comparative analysis (m).
Lecture
23. Fundamentals of civil defense
Lecture
"the law of the republic of azerbaijan on civil defense". the role, objectives, tasks and principles of the organization of civil defense in emergency situations. civil defense forces. civil defense organization. non-military formations
Open resource: Fundamentals of civil defense (opens in a new tab)
24. - functional-structural scheme of uav's on-board equipment
Seminar
25. - determination of the power supply voltage level of the UAV
Seminar
26. - UAV control methods, principles and basics. remote control. UAV ground and on-board control systems. - UAV management methods, principles and basics
Lecture
27. - UAV ground and onboard control systems
Lecture
28. - basic flight modes and flight status indicators
Lecture
29. - software, radio control and types of uav. - designated frequency bands - natural and artificial interference during radio control
Lecture
30. - composition of UAV ground and on-board control systems
Seminar
31. Radio control and types of uav. management systems and ensuring their stability. providing control of UAV with ais. - UAV radio control and types - management systems and ensuring their stability - UAV on-board equipment
Lecture
32. - providing control of UAV with AIS
Lecture
33. - determination and comparative analysis of food sources, engines and their level
Lecture
34. - functional-structural scheme of uav's on-board and ground control equipment
Seminar
35. - determination of the power supply voltage level of the UAV
Seminar
36. Natural and artificial obstacles created during the construction. complex management systems. - working principles and types of complex management systems
Lecture
37. - natural and artificial obstacles created during radio control and the system for detecting these obstacles
Lecture
38. Optical and thermal cameras and the requirements for these cameras according to their purpose. - optical and thermal cameras
Lecture
39. - setting optical and thermal cameras according to parameters
Seminar
40. The principle of flight implementation on the designated route. setting up route assignments and organizing management. - the principle of flight implementation on the designated route
Lecture
41. - organization and conduct of video surveillance of route task management
Lecture
42. - setting up route tasks and organizing management
Seminar
43. Opto-electronic reconnaissance and targeting system. data transmission by radio channels. - opto-electronic reconnaissance and targeting system
Lecture
44. - information transmission by radio channels
Lecture
45. Creation of communication management systems in order to ensure the transmission of information over long distances. - ensuring the transmission of information over long distances
Lecture
46. Creation of mathematical models of uav. development of a computer model of the radio control line of the uav. - creation of mathematical models of UAV and the requirements imposed on it
Lecture
47. - development of a computer model of the radio control line of the UAV
Lecture
48. - software; intelligent flight modes
Lecture
49. - computer testing of modeling
Seminar
50. Operation and safe handling of uav. operational guidance documents of UAV manufacturers. state regulation and legal norms. prospects for development and application. - operation and safe handling of UAV
Lecture
51. - operational guidance documents of UAV manufacturers
Lecture
52. - state regulation and legal norms
Lecture
53. - development and application perspectives
Lecture

Pua və idarəetmə qurğularıTopics

Topic plan

1. Introduction. development history and physical nature of uav. comparative analysis of UAV with aircraft and aircraft-missiles (missiles). - physical nature of uavs and their comparative analysis

2. - reasons for formation of PUA

3. - modern UAV prototypes

4. - complex composition, advantages and disadvantages of UAV

5. - comparative analysis of UAV with aircraft and aircraft-missiles (missiles).

6. Basics of aerodynamics. fundamentals of aviation metrology and aeronautical radio navigation. air use law governing the use of uavs - aerodynamics and radionavigation

7. - fundamentals of aerodynamics

8. - principles of lifting power generation

9. - the main structural elements of a modern airliner

10. - front and rear wings that provide control during landing and takeoff

11. Purpose, types and application of uavs. classification, characteristics and main elements of constructions of uav. principles of operation and composition. - purpose, types and application of uavs

12. - classification, characteristics of UAV

13. - main tasks performed by flight controllers

14. Generalized scheme of pua. - generalized scheme of PUA

15. - generalized scheme of PUA

16. - structural diagram of a smartphone/tablet

17. - structural diagram of the control panel

18. Flight-technical characteristics and basic parameters of flight control. - flight-technical characteristics and basic parameters of flight control

19. - quadcopter main carrier components and payload

20. - assembly, types and operation of UAV constructions

21. - flight-technical characteristics and basic parameters of flight control

22. Ground and on-board control systems (equipment) of uav. food sources. - UAV on-board equipment (m). - food sources and their comparative analysis (m).

23. Fundamentals of civil defense

24. - functional-structural scheme of uav's on-board equipment

25. - determination of the power supply voltage level of the UAV

26. - UAV control methods, principles and basics. remote control. UAV ground and on-board control systems. - UAV management methods, principles and basics

27. - UAV ground and onboard control systems

28. - basic flight modes and flight status indicators

29. - software, radio control and types of uav. - designated frequency bands - natural and artificial interference during radio control

30. - composition of UAV ground and on-board control systems

31. Radio control and types of uav. management systems and ensuring their stability. providing control of UAV with ais. - UAV radio control and types - management systems and ensuring their stability - UAV on-board equipment

32. - providing control of UAV with AIS

33. - determination and comparative analysis of food sources, engines and their level

34. - functional-structural scheme of uav's on-board and ground control equipment

35. - determination of the power supply voltage level of the UAV

36. Natural and artificial obstacles created during the construction. complex management systems. - working principles and types of complex management systems

37. - natural and artificial obstacles created during radio control and the system for detecting these obstacles

38. Optical and thermal cameras and the requirements for these cameras according to their purpose. - optical and thermal cameras

39. - setting optical and thermal cameras according to parameters

40. The principle of flight implementation on the designated route. setting up route assignments and organizing management. - the principle of flight implementation on the designated route

41. - organization and conduct of video surveillance of route task management

42. - setting up route tasks and organizing management

43. Opto-electronic reconnaissance and targeting system. data transmission by radio channels. - opto-electronic reconnaissance and targeting system

44. - information transmission by radio channels

45. Creation of communication management systems in order to ensure the transmission of information over long distances. - ensuring the transmission of information over long distances

46. Creation of mathematical models of uav. development of a computer model of the radio control line of the uav. - creation of mathematical models of UAV and the requirements imposed on it

47. - development of a computer model of the radio control line of the UAV

48. - software; intelligent flight modes

49. - computer testing of modeling

50. Operation and safe handling of uav. operational guidance documents of UAV manufacturers. state regulation and legal norms. prospects for development and application. - operation and safe handling of UAV

51. - operational guidance documents of UAV manufacturers

52. - state regulation and legal norms

53. - development and application perspectives