Why a Structured Study Plan Matters

The five Transport Canada AME written exams cover a vast amount of material. The TP14038E syllabus spans everything from regulatory law to turbine engine theory, from sheet metal repair to advanced electrical systems. Without a plan, it is easy to spend too much time on subjects you already know while neglecting areas that need more attention.

A structured study plan addresses this by distributing your study time proportionally across all exam domains. It also builds in critical review periods and practice exams so that knowledge is consolidated rather than forgotten. Candidates who follow a planned schedule consistently outperform those who study ad hoc, according to feedback from Transport Canada-approved training programs across Canada.

This 12-week plan assumes you are studying 8–10 hours per week — roughly one hour per weekday plus a longer session on the weekend. If you have more time available, you can accelerate the pace; if less, extend the timeline to 14–16 weeks. The key is maintaining consistency rather than intensity.

Week 1–2: Foundation — CARs and Standards

Start with the two regulatory exams: CARS and Standards. These exams are the most text-heavy and abstract of the five, so tackling them first gives you the longest runway for reinforcement and review.

Week 1: CARS Part I and II

Read CAR Part I (General Provisions) and Part II (Aircraft Identification and Registration). Focus on definitions, the regulatory hierarchy, and the relationship between the Aeronautics Act and the CARs. Create a reference sheet with key definitions (e.g., "major repair," "maintenance release," "aircraft maintenance schedule"). Aim to have a working understanding of the regulatory framework by the end of the week.

Week 2: CARS Part V and VI + Standards

Dive into CAR Part V (Airworthiness) and Part VI (Maintenance and Manufacturing), which are the most heavily tested sections on the CARs exam. Focus on the maintenance release requirements, continuing airworthiness, and the roles and responsibilities of the AME. Begin the Standards exam material by reviewing Airworthiness Directives, Service Bulletins, and the development of maintenance schedules.

Week 3–5: Airframe — Structures and Systems

The Airframe exam covers aircraft structures, flight controls, landing gear, hydraulics, pneumatics, pressurization, and ice protection. This is one of the largest subject areas and deserves three full weeks of study.

Week 3: Airframe Structures

Study aircraft structural components: fuselage, wings, empennage, and landing gear. Understand the different types of stress (tension, compression, shear, torsion, bending) and how they affect structural design. Cover sheet metal repair principles, rivet types and patterns, and corrosion prevention. Review NDT (Non-Destructive Testing) methods such as dye penetrant, eddy current, ultrasonic, and X-ray inspection.

Week 4: Flight Controls and Hydraulics

Cover primary and secondary flight control systems: ailerons, elevators, rudder, trim tabs, flaps, slats, and spoilers. Study hydraulic system fundamentals — pumps, actuators, valves, accumulators, and fluids. Understand the differences between open-centre and closed-centre hydraulic systems, and learn common hydraulic system troubleshooting procedures.

Week 5: Pressurization, Pneumatics, and Ice Protection

Cover cabin pressurization systems, including outflow valves, pressure controllers, and safety valves. Study pneumatic systems: bleed air, air conditioning, and anti-ice/de-ice systems (thermal, pneumatic, and chemical). Learn the difference between ice prevention and ice removal, and the regulatory requirements for flight in known icing conditions.

Week 6–8: Powerplant — Engines and Systems

The Powerplant exam covers both reciprocating (piston) and turbine engine theory, operation, and maintenance. This is the second-largest subject area and requires careful attention.

Week 6: Reciprocating Engines

Study reciprocating engine theory: the four-stroke cycle (intake, compression, power, exhaust), ignition systems (magneto timing), fuel systems (carburettor vs. fuel injection), and lubrication systems. Cover engine inspection procedures, compression testing, and common failures. If you are pursuing an M1 rating, reciprocating engines will be a particularly important part of your career.

Week 7: Turbine Engines

Cover gas turbine engine fundamentals: the Brayton cycle, compressor types (centrifugal vs. axial), combustion chambers, turbine sections, and exhaust systems. Study engine instruments (EPR, ITT, N1, N2, fuel flow), engine starting systems, and thrust reversers. M2 candidates should pay special attention to this section, as turbine engine knowledge is central to the rating.

Week 8: Engine Systems and Propellers

Study engine fuel systems, induction and exhaust systems, engine cooling, and engine monitoring. Cover propeller theory: fixed-pitch, constant-speed, and feathering propellers. Learn propeller governing, synchronization, and ice protection systems. Review engine removal and installation procedures, and engine run-in and test cell operations.

Week 9–10: Electrical and Avionics

The Electrical exam covers aircraft electrical theory, batteries, generators, alternators, motors, wiring, and avionics integration. While it is the shortest exam (30 questions), the material is conceptually challenging for many candidates.

Week 9: Electrical Theory and DC Systems

Review basic electrical theory: Ohm's Law, Kirchhoff's Laws, power calculations, and circuit analysis. Study DC systems: batteries (lead-acid and nickel-cadmium), generators, voltage regulators, and DC distribution systems. Cover wiring practices, circuit protection (circuit breakers and fuses), and electrical bonding and grounding.

Week 10: AC Systems and Avionics

Cover AC systems: alternators, inverters, transformers, rectifiers, and AC distribution. Study electric motors (DC and AC types) and their applications in aircraft systems. Cover avionics fundamentals: VHF communication, navigation systems (VOR, ILS, ADF, DME), transponders, and weather radar. Understand the integration of electrical and electronic systems in modern glass cockpits.

Week 11: Integrated Review and Practice Exams

This week is dedicated to review and consolidation. Do not introduce new material — instead, focus on reinforcing what you have already studied:

Take one full-length practice exam per day (alternating between the five subjects)
Review every incorrect answer and identify the relevant section in your study materials
Focus extra time on your weakest domains based on practice exam results
Re-read your CARs reference sheet and Standards notes
Create summary sheets for each major system and carry them for quick review during spare moments

Using an AI-powered platform like Sky Licence during this phase is particularly effective. The adaptive algorithm automatically identifies your weak areas and generates targeted practice questions, making your review time far more efficient than random question selection.

Week 12: Final Preparation and Exam Strategy

The final week is about exam readiness — both knowledge and mindset. Your goals for this week:

Take two full simulated exam sessions per day under timed conditions
Score at least 80% on each practice exam before considering yourself ready
Review only your summary sheets and error logs — no new deep reading
Plan your exam day logistics: location, timing, required identification, and what to bring
Get adequate sleep, eat well, and manage stress with physical activity or relaxation techniques

On exam day, read each question carefully — Transport Canada exams are known for answer choices that are very similar. Eliminate obviously wrong answers first, then choose the best remaining option. If you are unsure of a question, flag it and move on; you can return to it if time permits. Trust your preparation and stay calm.

Exam-by-Exam Scheduling Recommendations

Transport Canada allows you to take the written exams in any order. However, most successful candidates follow this sequence:

CARS exam first — The most challenging and time-consuming to prepare for. Getting it out of the way early reduces overall stress.
Standards exam second — Regulatory overlap with CARS means some material reinforces itself.
Airframe or Powerplant next — Whichever you feel more confident about. A confidence-building pass helps momentum.
Powerplant or Airframe — The second technical exam. By now, you have established a strong study rhythm.
Electrical exam last — The shortest exam (30 questions) and often the most review-focused. It is a good note to end on.

Space your exams at least two weeks apart to allow focused preparation for each. Many candidates schedule one exam per month, completing all five within five to six months.

Sky Licence: Your Study Companion for Every Week

Sky Licence is designed to support you through every phase of this 12-week plan. Our platform covers all five exam subjects with:

Syllabus-aligned question banks — Questions mapped directly to the TP14038E learning objectives.
Adaptive practice — The AI focuses on your weak areas, not the topics you have already mastered.
Timed exam simulations — Full-length practice tests with real exam timing.
Detailed explanations — Every answer explained with references to the source material.
Progress tracking — Analytics that show your improvement over time across every subject domain.

Start your 12-week plan with Sky Licence →