DGAC Bolivia Commercial Pilot (PCA) study plan

Map the DGAC regulatory structure (licensing, operations, airspace, documents) into a one-page index with article references

State the VFR/IFR minima, fuel rules, and document carriage requirements from memory in writing

Explain the standard atmosphere and how pressure, temperature, and density altitude are derived

Interpret a METAR and TAF line by line, decoding every group aloud

List the Bolivian seasonal weather patterns (Altiplano, Yungas, Amazon basin) and their flight hazards

Compare national operational rules with ICAO Annex conventions and note differences that matter in the exam

Describe cloud formation, stability, icing, and thunderstorm life cycles with the associated hazards

Read and interpret significant weather charts and upper-wind forecasts

Apply wind shear and mountain-wave concepts to Andean terrain scenarios

Recite the required reports and notifications a pilot must make in flight and after landing

Trace the four forces through a labelled diagram and explain how each is generated and modified

Describe the piston engine cycle, induction, ignition, fuel, and lubrication systems and their failure symptoms

Explain stability, controllability, and the effect of centre of gravity on handling

Identify the causes and recovery of stall, spin, and spiral dive

List the electrical, hydraulic, pneumatic, and ice-protection systems on a typical light twin or single

Compute mass and balance for a sample load sheet, including CG position and envelope check

Calculate takeoff and landing distances from tabulated performance data with corrections for altitude, temperature, wind, and slope

Derive true altitude, true airspeed, and heading from pressure altitude, temperature, and wind

Plot a multi-leg navigation log with drift, groundspeed, and time en route

Explain the principles of the magnetic compass, VOR, and ADF as navigation aids

Interpret instrument approach charts, minima, and missed-approach procedures

Describe ILS, VOR/DME, and RNAV system operation and their failure indications

Explain the instrument scan technique and the standard rate turns, climbs, and descents used under IFR

Convert between track, heading, and bearing with wind correction applied

Identify the radio navigation signals and their cockpit presentation for each aid

Draft and read back standard VFR and IFR phraseology for departure, en route, and arrival

Describe distress, urgency, and safety communications and when each is used

Explain the content and use of the operational flight plan, load sheet, and technical log

List pre-flight and in-flight operational checks and the conditions requiring a diversion

State the procedures for runway incursion avoidance and for operations at non-towered aerodromes

Explain hypoxia, hyperventilation, decompression, and spatial disorientation with their recognition and response

Describe fatigue, stress, and circadian effects on decision-making and how to mitigate them

Apply a decision-making model to a deteriorating in-flight scenario

State the crew resource management principles for workload sharing, briefings, and assertiveness

Outline emergency procedures for engine failure, fire, depressurisation, and forced landing

Sit two full-length mock exams under time pressure and score each by domain

Re-study the two weakest domains using the error logs from weeks 1 to 7

Recite the key regulatory limits, minima, and performance formulas from memory

Review every missed question and write the correct reasoning in one sentence each

Confirm exam-day logistics and the required documentation