Oxford’s exclusive decoder tool allows you to toggle between the raw code and the plain language text. You practice decoding: "SPECI EGLL 221420Z 22018G32KT 0800 R27L/1000D +TSRA BKN010CB 12/11 Q1008" Until you can read it as fast as your native language.
The Oxford system breaks down the JAA/EASA Learning Objectives (LOs) into "bite-sized" cognitive chunks.
07:00 AM – Study Session You open the software. The dashboard shows "Meteorology – Progress 64%." Weakness flagged: "Jet Streaks and Clear Air Turbulence."
07:15 AM – CBT Micro-Lesson You watch a 4-minute animation of a 250 hPa chart. The subtropical jet streak is curving cyclonically. The software pauses and asks: "In the left exit region of this jet streak, what weather phenomenon do you expect?"
You answer incorrectly: Divergence and subsidence (Wrong). The CBT corrects: Convergence and upward vertical motion -> Cloud cover and turbulence.
07:20 AM – Drills You solve 25 questions on jet streaks. The software tracks your "Time-to-answer."
07:45 AM – Tephigram Challenge The software loads a raw radiosonde data set from a sounding over Paris. You must manually draw the temperature curve. You identify an inversion at 850hPa. The software simulates: "If the surface temperature rises 3°C, will the inversion break? Yes/No. Calculate the new Convective Condensation Level."
08:30 AM – Completion The dashboard updates: Progress 71%. Weakness cleared. The software predicts: "Currently scoring 88% in Met. Estimated exam pass: 92%."
Exclusive CBT includes a drag-and-drop Tephigram (T-Φgram) tool. You should be able to plot temperature and dew point, lift a parcel, and instantly calculate:
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