BR-ANAC-IAPO study plan

Map every RBAC 135 subpart to its operational scope and write a one-line summary of each in your own words

Compare RBAC 135 and RBAC 91 requirements for crew duty limits and list at least eight concrete differences

Build a glossary of 40 ANAC regulatory terms (Portuguese and English) covering certification, operations, and enforcement

Trace the process an operator follows to obtain and maintain an RBAC 135 certificate, from application to surveillance

Interpret the operational control provisions of RBAC 135 and explain who holds operational control on a given flight

Draft a sample operations manual table of contents that satisfies RBAC 135 documentation requirements

Identify recordkeeping and retention obligations and build a checklist with retention periods

Solve 30 regulation-based practice questions and log every error with the underlying rule cited

Sequence the pre-flight through post-flight operational control workflow and assign a responsible party to each step

Analyze dispatch, flight release, and in-flight re-release decision points for a domestic and an international scenario

Explain fuel, alternate, and weather-minima planning rules and apply them to three worked flight scenarios

Construct a table of operational control deviations (mel, deferrals, waivers) and the correct notification path for each

Map airworthiness requirements to maintenance control responsibilities and list the accountable role for each

Explain the MEL approval, use, and repair-category system and apply it to five hypothetical defects

Outline a continuing airworthiness program including inspections, AD compliance, and component tracking

Distinguish airworthiness directives, service bulletins, and manufacturer recommendations by legal force

Calculate flight and duty time limits for five crew schedules and flag every exceedance with the governing rule

Build a training and qualification matrix covering initial, recurrent, and upgrade requirements for pilots and cabin crew

Summarize dangerous goods acceptance, loading, and notification duties for operators and list the nine hazard classes

Explain security program elements including screening, access control, and reporting of unlawful interference

Describe the four SMS pillars and give two operational examples of each in an RBAC 135 operator

Draft a hazard identification and risk assessment for one realistic operational scenario using a severity-likelihood matrix

Sequence emergency procedures for depressurization, fire, and ditching and identify the crew coordination points at each stage

Explain accident and incident notification and reporting timelines and the operator's investigation duties

Diagnose human factors failure modes (fatigue, situational awareness, communication breakdown) in five incident narratives

Apply CRM concepts such as briefing, assertiveness, and workload management to a simulated crew conflict

Decode METAR, TAF, and significant weather charts and translate three reports into plain-language operational decisions

Plan a flight considering icing, thunderstorm, and wind-shear risk and justify the go/no-go recommendation

Complete two full-length timed mock exams and record domain-level scores for each

Re-study every domain scoring below 75 percent and rewrite the missed concepts from memory

Consolidate all error logs into a single prioritized review sheet of no more than 60 items

Rehearse explanations of the ten highest-risk concepts aloud to confirm retention