Brunei DCA CPL(A) Meteorology study plan

Decode 20 full METAR and 10 full TAF reports line by line, writing out the meaning of every group including wind, visibility, weather, cloud and temperature/dewpoint

State the criteria that trigger a SIGMET, an AIRMET-type advisory and an aerodrome warning, and identify which phenomenon each covers

Label the standard symbols on a low-level significant weather chart and a surface analysis chart without reference notes

Build a personal glossary of 40 METAR/TAF abbreviations and codes with their exact meanings and units

Interpret a 24-hour TAF for a tropical aerodrome and list the operating implications of each forecast change group

Explain how to obtain and use a pre-flight briefing package, and rank the documents in order of operational priority

Describe the formation, detection and avoidance of windshear and microbursts, including the recovery technique for each phase of flight

Compare the four icing types by formation mechanism and state the temperature band and cloud type associated with each

Explain the formation and diurnal cycle of land and sea breezes and their effect on runway choice and take-off performance

Describe the structure and hazards of a Sumatra squall line and state the warning signs a pilot can observe before it arrives

Outline the formation, movement and dissipation of equatorial thunderstorms and list the hazards associated with each stage

Identify the conditions that produce reduced visibility from haze, smoke and heavy rain in the equatorial belt and state the operational minima implications

Draw and label a cross-section of a warm front and a cold front, marking cloud, precipitation and wind changes

Explain how the Intertropical Convergence Zone and the monsoon shift affect the weather of Brunei across the year

Describe the formation of a tropical cyclone and list the associated hazards and avoidance rules

Interpret a surface pressure chart and identify the position of highs, lows, troughs and fronts

Define clear air turbulence and describe where and when it is most likely, and how to report it

Explain the formation of a thunderstorm and the hazards of each stage, including the recommended avoidance distance

Describe the effect of windshear on approach and departure and state the corrective actions

List the types of icing, the conditions that favour each, and the actions to take when icing is encountered

Explain the relationship between temperature, dewpoint and relative humidity, and calculate the spread in five worked examples

Describe the lapse rate and stability criteria and classify five given soundings as stable, conditionally unstable or unstable

Name the ten cloud genera and state the height band and associated weather for each

Explain the formation of the main precipitation types and the conditions that produce each

State the composition of the atmosphere and the layers with their boundaries and temperature trends

Explain the standard atmosphere and calculate the pressure altitude and density altitude for three given aerodrome conditions

Describe how temperature, pressure and humidity affect aircraft performance and altimeter readings

Explain the altimeter setting errors and the cold-weather correction rule

Complete two full timed mock exams and record the score for each domain

Re-study the two weakest domains from the mock results and write a correction note for every missed question

Practise decoding five new METAR and TAF reports under time pressure

Summarise the local Brunei weather hazards and the associated operating rules in a single revision sheet