Akademik Dersler - İçerik

explain in which segment of the flight and in what purpose the air navigation systems are used.
debate why air navigation systems are more accurate, various and complex than the others used in surface transportation modes.
list the basic parameters required during the flight navigation.
categorize the air navigation systems according to their ranges, working principles and operational purposes.
evaluate the necessity of the radio waves for data transmission.
list the general characteristic of the radio waves.
analyse the propagation types of radio waves and their relations with radio frequency.
evaluate the propagation problems of radio waves and their reasons.
estimate the reasons of reception loss of the radio signal on board.
explain the working principles of the ground based air navigation systems and their operations.
evaluate the operational limitations of ground based air navigation systems.
compare the ranges, the easiness of use and precision of different ground based air navigation systems used for same purpose.
debate when and which conditions the satellite navigation systems will begin to be used instead of ground based navigation systems
define the navigation systems being used in precision approach and landing.
compare the different precision approach and landing systems according to their working principles and their usages.
evaluate the advantages and disadvantages of different precision approach and landing systems.
categorize approach and landing systems according to their precision level.
compare the working principles of radar systems used for different purposes and their operations.
define the parameters considered for radar system design.
explain how the required data is obtained from aircraft based radar systems. and is presented on board.
evaluate the differences of aircraft based radar systems with ground based radar systems in point of their operations and working principles.
evaluate the importance of the navigation systems being used for the avoidance from the obstacles and the other aircraft in the air.
define in which situations the collision avoidance systems warn the pilot.
compare the different collision avoidance systems according to their working principles and ease of use.
evaluate the new developments related to collision avoidance techniques.