Aeronautical Engineering MCQs

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Aeronautical Engineering MCQs

Avionics MCQs

1.Displays and Man-Machine Interaction

Head Up Displays
Helmet Mounted Displays
Head Down Display Technology
Control and Data Entry

2. Fly by Wire Flight Control

Fly-By-Wire Technology – 1
Fly-By-Wire Technology – 2
Control Laws in FBW
Redundancy and Failure Survival in FBW
Digital Implementation
Fly-by-Light Flight Control

3. Autopilots and Flight Management Systems

Autopilots, Height Control and Heading Control
ILS/MLS Coupled Landing System and Automatic Landing – 1
ILS/MLS Coupled Landing System and Automatic Landing – 2
Flight Management Systems – 1
Flight Management Systems – 2

4. Avionics System Integration

Data Bus Systems
Modular Avionics Architectures & UAV Avionics

5. Introduction to Electronic Communication

Types of Electronic Communication
Modulation and Multiplexing
Electromagnetic Spectrum

6. Fundamentals of Electronics

Gain, Attenuation, Decibels
Tuned Circuits
Fourier Theory

7. Amplitude & Frequency Modulation

Amplitude Modulation and Modulation Index
Sidebands and Frequency Domain
Single Sideband Modulation
Frequency, Phase Modulation, Modulation Index and Sidebands
Noise Suppression Effects of FM

8. Digital Communication Techniques

Digital Transmission of Data
Parallel and Serial Transmission
Data Conversion – 1
Data Conversion – 2
Data Conversion – 3
Pulse Modulation
Digital Signal Processing

9. Radio Transmitters, Communication Receivers, Multiplexing and Demultiplexing

Radio Transmitters
Communication Receivers
Frequency Division Multiplexing
Time Division Multiplexing
Pulse Code Modulation

10. Transmission Lines

Transmission Line Basics – 1
Transmission Line Basics – 2
Transmission Line Basics – 3
Standing Waves
Transmission Lines as Circuit Elements

11. Antennas and Wave Propagation

Antenna Fundamentals
Types of Antenna – 1
Types of Antenna – 2

12. Satellite Communication

Satellite Orbits
Satellite Communication Systems
Satellite Subsystems
Ground Stations
Satellite Applications

13. Introduction & Navigation Equations

Guidance and Navigation
Phases of Flight
Navigation Equations

14. Terrestrial Radio Navigation System

Radio Propagation and Noise Characteristics
Point Source Radio Systems
Hyperbolic Radio Systems – 1
Hyperbolic Radio Systems – 2

15. Satellite Radio Navigation & Inertial Navigation

Orbital Mechanics and Clock Characteristics
Atmospheric Effects on Satellite Signals
Global Orbiting Navigational Satellite System
Gyroscopes – 1
Gyroscopes – 2
Strap Down and Gimballed Inertial Navigation Systems

16. Air Data Systems, Altitude and Heading Reference

Pressure Measurements
Temperature, Angle of Attack and Angle of Side Slip Measurements
Air Data Equations
Air Data Computers
Helicopter, Optical and Hyper Sonic Air Data
Vertical & Heading References

17. Celestial Navigation, Doppler and Altimeter Radars

Doppler Radar
Radar Altimeter
Stellar Inertial Navigation Theory
Stellar Sensor Design

18. Landing Systems & Air-Traffic Management

Mechanics of Landing
Automatic Landing Systems
Instrument Landing Systems – 1
Instrument Landing Systems – 2
Microwave Landing System
Satellite Landing System
Carrier Landing Systems
Air Traffic Control

19. Surveillance Systems, Mapping and Multimode Radars

Electronic Scanned Array Radar
Primary and Secondary Radar
Modes S System
Traffic Alert, Collision Avoidance System & Weather Radar

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