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This application applies to routes 121 and 135 aircraft airline Jet!

According to syllabus, airline transport pilot license applicants must accept and record the knowledge of aviation ground training provided by the teaching staff, following the completion of the corresponding level of aircraft ground training subjects are applying:
1, regulations and airline transport pilot license holders related; flight rules; appropriate air traffic services practices and procedures.
2, the general knowledge of the aircraft, comprising: general characteristics and limitations of electrical, hydraulic, pressurization and other systems, including autopilot and flight control augmentation system; power plant works, operating procedures and use restrictions; atmospheric conditions affect engine performance; flight manual or other appropriate document related to the operation information; related to the use of procedures and restrictions; according to the flight manual for operating data, the influence of atmospheric conditions on aircraft performance; the use of aircraft equipment and systems and availability check ; flight instruments; compasses, turning and growth error; gyro meter, which limits the use and effects of precession; flight instruments and electronic display various measures and procedures adopted when the device is faulty; body maintenance procedures, systems and power plant.
3, flight performance, planning and loading, comprising: a loading and mass distribution of the aircraft control, affect flight characteristics and performance; weight and Ping Heng calculations; take-off, landing and other performance data (including cruise control program) to be used and practical application; pre-flight and en-route flight planning; preparation and reporting of air traffic services flight plan.
4, human performance, including threat and error management principles.
The areas concerned; aviation weather reporting, interpretation and use of charts and forecasts; codes and simple words; pre-flight and in-flight use of meteorological data and obtain meteorological data program; altimetry; aviation meteorology: 5, meteorology, including influence of meteorological elements aviation climatology; mobile pneumatic systems; frontal structure and affect the takeoff, the origin and characteristics of significant weather phenomena route and landing conditions; reasons for freezing, recognition and influence; through a program frontal zone; hazardous weather avoidance; practical high altitude meteorology, including weather reports, interpretation and use of charts and forecasts; high-altitude jet stream.
6, pilot, comprising: air navigation, including the use of charts, radio navigation and area navigation systems; special navigation requirements of long range flights; using aircraft controls and necessary for navigation avionics and instruments, constraints and availability; from field using a navigation system, the route, approach and landing phases of flight used, the accuracy and reliability; identifying radio navigation device; external reference and the reference autonomous navigation system and the principle characteristics; airborne equipment operation.
7, operating procedures, including: the use of operational performance in terms of the principles of threat and error management; aviation documents, such as "AIP", "NOTAM", "aviation codes and abbreviations' understanding and use; prevention and emergency procedures ; security; operational procedures of carriage of goods and dangerous goods; precautions Introduction to passenger safety requirements and practices, including the upper and lower aircraft to be followed.
8, principles of flight, including basic aerodynamics and high-altitude aerodynamics.
9, radio transmissions, comprising: a communication procedures and phraseology; action to be taken in case of communication failure.