Subject 5: METEOROLOGY
The general objective is:
Learner shall be aware of the need of timely accurate meteorological information in ATM operations.

TOPIC SUBTOPIC  Objectives Students shall ...  L  CONTENT 
1 Meteorology 
1.1 Introduction to Meteorology  1.1.1 Explain the relevance of meteorology in the ATC environment 1.1.2 Describe the function and the performance of the weather measurement systems  2 2  Navigation, security of flight, landing conditions National, local (airport) systems 
1.2 Impact on Aircraft and ATC Operation  1.2.1 Be aware of atmospheric conditions and the impact on aircraft operations 1.2.2 Define the impact of atmospheric conditions on ATC operations  0 1  e.g. Atmospheric circulation, wind, visibility, temperature/humidity, cloud base, lightening, storms/fronts/icing, windshear, rainfall water, dew point, runway condition (aquaplaning, etc.) Altimeter settings (QNH, QFE, flight level; transition altitude transition level), ATIS, approach minima 
1.3 Meteorological Parameters, Tools and Documents  1.3.1 List the main meteorological parameters  1  Wind, visibility, temperature pressure 

TOPIC SUBTOPIC  Objectives Students shall ...  L  CONTENT 
1.3.2 Explain the main functions of  the meteorological tools 1.3.3 List meteorology documents (messages and charts)  2 1  Meteorology sensors, anemometers, RVR meters, barometers, meteosat/airborne radar weather, meteorology network information, sensors distribution networks, weather balloon Meteorology messages (e.g. TAF, METAR, NOTAM, SNOWTAM) Weather codes, meteorology charts (SIGMET, wind, etc.), ATIS / flight meteorology broadcast (VOLMET) 

Subject 6: NAVIGATION
The general objective is:
To provide a basic foundation and understanding of the principles used in navigational aids and an overview of their use in ATM operations.
TOPIC SUBTOPIC  Objectives Students shall ....  L  CONTENT 
1 Navigation 
1.1 Introduction to Navigation  1.1.1 Describe the principles and purpose of Navigation, and the relevant performances for ATC in the different phases of flight  2  Performance of navigation systems (coverage, accuracy, integrity, QoS, availability, CoS, etc.) Type of navigation system (sole mean, primary, supplemental), terminology, measurements, reference systems (coordinates and time), e.g. WGS84, etc. 
1.1.2 Differentiate between conventional and Area Navigation (RNAV)  2  RNAV definition, flexibility of RNAV versus conventional navigation 
1.1.3 Define the Required Navigation Performance (RNP) concept  1  ICAO RNP concept 
1.1.4 Define the different types of approach an aircraft can make  1  Visual, NPA, APV, PA 
1.1.5 Demonstrate an appreciation of future developments  2  Multiple sensor navigation systems (e.g. inertial, barometric, etc.), RNP-RNVA (e.g. L-NAV/V-NAV) and 4D-RNAV 
1.1.6 Define airborne safety nets  1  ACAS (e.g. TCAS), EGPWS 
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TOPIC SUBTOPIC  Objectives Students shall ....  L  CONTENT 
1.2 Ground-based Navigation(al) Aids (NAVAIDs)  1.2.1 Describe and explain the principles of the ground-based systems  2  DF, NDB, VOR, DME, (e.g. TACAN) Loran C, ILS, MLS, including pilot interfaces 
1.2.2 Describe the performance level of each system  2  Operational use of the system, PA, NPA 
1.2.3 Explain the purpose of flight inspection  2 
1.3 Satellite-based Navigation  1.3.1 Describe the global architecture of the core satellite systems  2  GPS, GLONASS and GALILEO overall block schematic 
　
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