Provide a rigorous understanding of atmospheric processes, aviation weather products, and weather-related operational risk.

Core Syllabus Areas

• Atmosphere, including composition, vertical structure, pressure, temperature, density, and standard atmosphere concepts.
• Wind formation and behaviour, including pressure-gradient effects, Coriolis force, friction, and upper winds.
• Thermodynamics, including humidity, adiabatic processes, stability, and instability.
• Clouds and fog, including classification, formation, and operational significance.
• Precipitation processes and precipitation types.
• Air masses and frontal systems.
• Pressure systems, including anticyclones, depressions, and tropical revolving storms.
• Climatology, including climatic zones, tropical weather, mid-latitude weather, and local wind systems.
• Flight hazards, including icing, turbulence, wind shear, thunderstorms, tornadoes, inversions, mountain weather, and visibility-reducing phenomena.
• Meteorological information, including observations, charts, briefing products, and aviation meteorological services.

Key Competencies

• Interpret aviation weather information in an operational context.
• Identify hazardous weather patterns and their likely evolution.
• Relate atmospheric processes to aircraft performance and flight safety.
• Use forecasts, reports, and weather charts to support route and altitude decisions.
• Anticipate weather-related threats before and during flight.
  

32 Pages.