NCAA PPL Meteorology study plan
NCAA PPL Meteorology · Give each week a clear focus.
8 weeks · About 6 hours per week
Aviation Meteorology
Define the composition and vertical structure of the atmosphere, naming the four main layers and the tropopause boundary
Explain how pressure, density, and temperature change with altitude and state the standard lapse rates for the troposphere
Identify the three primary methods of atmospheric heating (radiation, conduction, convection) and describe the greenhouse effect
Read a METAR station model and decode temperature, dew point, pressure, and wind in at least 10 sample reports
Your checkpoint
A one-page reference sheet of atmospheric structure and lapse rates plus 10 correctly decoded METAR reports scored at 90% or better
Aviation Meteorology
Describe the forces acting on air parcels (pressure gradient, Coriolis, friction, gravity) and how they combine to form geostrophic and surface wind
Explain global circulation patterns including Hadley cells, trade winds, westerlies, and the polar front
Distinguish between high and low pressure systems and predict associated wind direction and weather in each hemisphere
Interpret surface analysis charts by locating fronts, pressure centers, and isobars
Your checkpoint
A written explanation of wind formation and circulation totaling at least 400 words, plus a labeled sketch of a Northern Hemisphere low-pressure system with correct counterclockwise inflow
Aviation Meteorology
Classify the four frontal types (cold, warm, stationary, occluded) and predict the sequence of weather each produces
Describe the life cycle of a mid-latitude cyclone from cyclogenesis to occlusion
Explain the formation conditions and hazards of thunderstorms, including the three-stage life cycle
Identify the criteria for severe thunderstorms and the conditions that produce hail, downbursts, and microbursts
Your checkpoint
A frontal-weather comparison table covering all four front types with cloud, precipitation, visibility, and wind characteristics, checked against at least two reference sources
Aviation Meteorology
Explain the conditions required for icing and the difference between clear and rime ice
Describe how structural icing affects airfoil performance and list the meteorological conditions to avoid
Identify the formation mechanisms and hazards of fog types: radiation, advection, upslope, and frontal
Interpret PIREPs and AIRMETs/SIGMETs for icing and turbulence
Your checkpoint
A cumulative mid-plan quiz of 30 questions covering weeks 1 through 4 with a score of 80% or higher, plus a corrected error log for every missed item
Aviation Meteorology
Decode and interpret TAFs, including valid periods, amendments, and probability groups
Read and apply winds aloft forecasts and temperature aloft forecasts to flight planning
Interpret radar imagery and satellite imagery to identify precipitation intensity and convective development
Explain stability and instability using lapse rates and the lifted index, and predict resulting cloud types
Your checkpoint
A completed weather briefing packet for a hypothetical cross-country flight including TAF interpretation, winds aloft, and a go/no-go recommendation with justification
Aviation Meteorology
Define wind shear and microburst hazards and describe the recovery technique for a microburst encounter
Explain mountain wave formation, associated turbulence, and the visual indicators of lenticular clouds and rotor clouds
Describe the hazards of aircraft icing, including freezing rain and supercooled large droplets
Interpret AIRMETs, SIGMETs, and Convective SIGMETs and state when each is issued
Your checkpoint
A hazard summary sheet covering wind shear, mountain wave, icing, and turbulence with at least one mitigation action per hazard
Aviation Meteorology
Synthesize the weather briefing process using the standard sequence: advisories, current conditions, forecasts, winds aloft, and trends
Apply personal minimums and go/no-go decision-making to at least three weather scenarios
Interpret ceiling and visibility definitions, including VFR, MVFR, IFR, and LIFR categories
Explain how to obtain and update weather information in flight using available sources
Your checkpoint
Three written go/no-go scenario analyses each at least 150 words, with a stated decision and a weather-based rationale
Aviation Meteorology
Review all missed items from the week 4 quiz and any later practice sets, resolving each to a confident explanation
Complete a timed full-length practice exam under test conditions
Identify the three weakest subtopics from practice results and re-study each with targeted review
Recite key definitions and thresholds (lapse rates, icing conditions, VFR minimums) from memory
Your checkpoint
A timed full-length practice exam completed with a score of 85% or higher and a final one-page condensed review sheet of the weakest subtopics
Milestones
Week 2: Explain, without notes, how pressure gradient force and Coriolis effect combine to produce geostrophic wind, and correctly identify the wind circulation direction around a Northern Hemisphere low
Week 4: Score 80% or higher on the 30-question cumulative quiz over weeks 1 through 4, with every missed question logged and corrected
Week 6: Correctly identify the hazard type and appropriate pilot response for at least 8 of 10 presented weather scenarios covering icing, wind shear, and mountain wave
Week 8: Achieve 85% or higher on a timed full-length practice exam and demonstrate recall of key thresholds and definitions without reference materials