BR-ANAC-CMS study plan
BR-ANAC-CMS · Give each week a clear focus.
8 weeks · About 6 hours per week
Airworthiness Requirements and Regulatory Framework & Aircraft Systems and Structures
Outline the regulatory hierarchy from ICAO Annex 8 down to national airworthiness codes, identifying the roles of the state of design, manufacture, and registry.
Define and differentiate primary category, utility category, and transport category aircraft certification bases, listing at least three structural or system differences for each.
Interpret an airworthiness directive (AD) and a service bulletin (SB) to determine whether each is mandatory, and explain the legal basis for that determination.
Identify the major structural components of a semi-monocoque fuselage and a cantilever wing, and describe the load paths for bending, shear, and torsion in each.
Your checkpoint
Create a one-page regulatory hierarchy diagram with annotations for at least five key terms (type certificate, supplemental type certificate, AD, SB, and airworthiness certificate) and a table comparing three aircraft categories by certification basis and structural differences.
Aircraft Systems and Structures & Airworthiness Requirements and Regulatory Framework
Explain the operation of hydraulic, pneumatic, electrical, and fuel systems on a transport-category aircraft, tracing power from generation to actuation for each.
Describe the function and failure modes of primary and secondary flight control surfaces, including trim and high-lift devices.
Correlate common structural inspection findings (corrosion, fatigue cracking, delamination) with the loads and environmental conditions that cause them.
Locate and interpret the limitations section of a type certificate data sheet (TCDS) for weight, balance, and operating envelope.
Your checkpoint
Produce a system schematic for one aircraft type showing at least three major systems, with a written explanation of one failure mode per system and its structural or operational consequence.
Inspection, Testing, and Troubleshooting & Aircraft Systems and Structures
Select appropriate non-destructive testing (NDT) methods (visual, eddy current, ultrasonic, radiographic, magnetic particle, dye penetrant) for given defect types and materials.
Outline the steps to perform a borescope inspection of a turbine engine hot section, noting safety precautions and acceptance criteria sources.
Apply a structured troubleshooting process (symptom, system analysis, fault isolation, verification) to at least two hypothetical system faults.
Distinguish between structural inspection requirements found in maintenance manuals, ADs, and airworthiness limitations sections.
Your checkpoint
Write a troubleshooting case study for one system fault, including the logical flow of tests, the NDT method selected, and the documentation required to record findings and corrective action.
Maintenance Planning and Scheduling & Maintenance Organization and Responsibilities
Develop a maintenance schedule for a hypothetical aircraft fleet that integrates calendar-time, flight-hour, and cycle-based tasks.
Explain how a maintenance review board (MRB) report and a maintenance planning document (MPD) translate into an operator's approved maintenance program.
Compare the responsibilities of the accountable manager, maintenance manager, and quality manager under a typical Part 145 organization.
Identify the training, authorization, and record-keeping requirements for certifying staff in a maintenance organization.
Your checkpoint
Create a Gantt-style maintenance schedule for one aircraft over a 12-month period, showing at least 10 tasks with intervals, and a one-page organizational chart mapping key responsibilities for a maintenance organization.
Repair, Alteration, and Return to Service & Maintenance Records and Documentation
Classify a set of maintenance actions as repair, alteration, or preventive maintenance, and determine the approval basis for each.
Describe the return-to-service process after a major repair, including the roles of design approval, conformity, and inspection.
List the records that must be retained for a major repair and for a minor repair, and state the required retention periods.
Explain how a supplemental type certificate (STC) affects maintenance program and documentation requirements.
Your checkpoint
Assemble a sample return-to-service package for a hypothetical major repair, including the approved data reference, conformity record, inspection sign-off, and maintenance release statement.
Maintenance Records and Documentation & Safety Management and Human Factors
Draft a maintenance record entry that meets regulatory content requirements for a task involving replacement of a life-limited part.
Identify common documentation errors (illegible entries, incorrect part numbers, missing references) and propose controls to prevent them.
Explain the principles of a safety management system (SMS), including hazard identification, risk assessment, and safety assurance.
Describe how human factors such as fatigue, complacency, and pressure affect maintenance error, and list at least three mitigation strategies.
Your checkpoint
Write a one-page SMS hazard report based on a simulated maintenance error scenario, including risk assessment matrix and recommended corrective actions, and attach a corrected maintenance record entry.
Maintenance Organization and Responsibilities & Maintenance Planning and Scheduling & Safety Management and Human Factors
Integrate human factors and SMS principles into a maintenance planning scenario by revising a schedule to account for fatigue risk and task complexity.
Evaluate the resource allocation (staff, tools, parts) needed to execute a heavy maintenance check within a defined downtime window.
Describe how a maintenance organization measures and improves safety performance through leading and lagging indicators.
Outline the process for managing changes to a maintenance program, including risk assessment and approval.
Your checkpoint
Produce a revised maintenance plan for a heavy check that incorporates human factors mitigations and resource constraints, with a brief risk assessment for the changes made.
Airworthiness Requirements and Regulatory Framework & Maintenance Organization and Responsibilities & Maintenance Planning and Scheduling & Aircraft Systems and Structures & Inspection, Testing, and Troubleshooting & Repair, Alteration, and Return to Service & Maintenance Records and Documentation & Safety Management and Human Factors
Synthesize knowledge across all domains by answering practice questions under timed conditions.
Identify and close remaining knowledge gaps by reviewing incorrect answers and referencing source material.
Explain the interrelationship between airworthiness requirements, maintenance planning, and return-to-service documentation in a cohesive narrative.
Demonstrate readiness by achieving a passing score on a full-length practice exam.
Your checkpoint
Complete a full-length practice exam with a score of at least 80%, and submit a personalized review sheet listing at least five weak areas with specific corrective study actions.
Milestones
Week 2: Score at least 70% on a 20-question quiz covering Domains 1 and 4, and correctly label a diagram of primary flight controls and load paths.
Week 4: Score at least 75% on a 30-question quiz covering Domains 3 and 2, and receive peer or instructor feedback on the maintenance schedule and organizational chart deliverable.
Week 6: Score at least 75% on a 30-question quiz covering Domains 7 and 8, and have the SMS hazard report and maintenance record entry reviewed for regulatory compliance.
Week 8: Achieve a passing score of 80% or higher on a full-length practice exam, and submit a completed review sheet with corrective actions for all identified weak areas.