NCAA AME Avionics study plan

Map the aircraft electrical system from bus to load: identify DC/AC generation, distribution buses, circuit protection, and bonding/grounding return paths on a typical transport-category aircraft wiring diagram you draw yourself.

Explain in writing how a split-bus or parallel-bus architecture isolates faults and how a bus tie or contactor changes the available power sources after a generator drops offline.

Practice reading avionics wiring diagrams to trace a single signal from sensor to display unit, noting connector pinouts, shielding, and twisted-pair conventions.

List the standard hand tools and test equipment used for avionics line maintenance (multimeter, bonding meter, crimpers, insertion/extraction tools) and state one misuse risk for each.

Describe the operating principle and failure modes of at least four avionics line-replaceable units (for example VHF transceiver, air data computer, attitude heading reference system, transponder) and the inputs/outputs each depends on.

Explain the difference between ARINC 429, ARINC 629, and Ethernet-based avionics data buses in terms of topology, data rate, and troubleshooting approach.

Outline the electromagnetic interference and shielding practices (bonding resistance limits, shield termination, separation of power and signal routing) that govern avionics wiring installation.

Draft a logical troubleshooting sequence for an intermittent radio fault that separates antenna/feedline, power, data bus, and LRU causes before any part is swapped.

Connect each avionics maintenance task you performed in weeks 1-2 to the specific airworthiness requirement it serves (continued airworthiness, approved data, return to service).

Distinguish between type certificate data, supplemental type certificates, and field approvals, and state which one authorizes a given avionics modification.

Identify what counts as approved data for an avionics alteration versus what is acceptable data, and explain why the distinction matters before signing anything.

Summarize the minimum equipment list and configuration deviation list logic for deferring an inoperative avionics item, including who authorizes the deferral.

Explain the airworthiness directive compliance process for avionics: how to determine applicability by serial number and model, how to record compliance, and what to do when a directive is not yet accomplished.

Describe the role of service bulletins, service letters, and manufacturer instructions for continued airworthiness, and distinguish mandatory from recommended actions.

Outline the requirements for an approved maintenance organization and how its procedures interact with an individual AME's certification privileges.

Explain the process for reporting a major defect or unairworthy condition and the timeline and recordkeeping that follow.

Draft a complete maintenance record entry for avionics work that captures the work performed, reference to approved data, parts and serial numbers installed, and the certification statement.

Identify the records that must be retained, for how long, and who may sign them off for avionics line and base maintenance.

Explain the difference between a certification, an inspection, and a functional check, and state which avionics tasks require each before return to service.

Describe how to handle a discrepancy found during inspection: who documents it, how it is deferred or corrected, and what the record must show.

Map the AME licence privileges and limitations to the certification actions you have been practicing, and identify which tasks you may sign for and which require supervision or a second signature.

Explain the difference between the licence, the type rating or authorization, and the employer's authorization to certify, and how each is obtained and maintained.

Outline the recency, currency, and continuing professional development expectations that keep an AME licence valid.

Describe the disciplinary and enforcement consequences of certifying work outside your privileges or without adequate inspection.

Explain the pathway to AME licensing: prerequisite experience, examination requirements, practical assessment, and the role of the logbook or experience record.

Summarize the regulatory framework that governs the AME licence and how it interacts with the airworthiness requirements studied in week 4.

Describe the ethical and legal duties of a certifying AME when under commercial pressure to release an aircraft or component.

Review the distinction between maintenance, preventive maintenance, and alteration as those terms affect who may perform and certify the work.

Synthesize all four domains by working through three integrated scenarios that each require a technical diagnosis, a regulatory determination, a record entry, and a licensing decision.

Audit your own notes for gaps and produce a one-page summary sheet per domain for final review.

Complete a timed self-test of at least 60 questions across all domains, then analyze every miss by domain and root cause.

Rehearse the weakest two domains with targeted review until you can explain each key concept without notes.