Rolling out an Advanced Qualification Program (AQP)

What is AQP?

Advanced Qualification Program (AQP) is the FAA's data-driven, performance-based alternative to the traditional Part 121 Subpart N training and qualification regime. Operators that hold AQP authorization can design their own curriculum, training schedule, and proficiency requirements — but every decision must be backed by safety data collected from line operations.

The framework lives at 14 CFR Part 121 Appendix Y. The core idea: instead of fixed training intervals and prescribed checking, the operator continuously analyzes line-operations data (FOQA, ASAP, training records, incident reports), identifies emerging risks, and adjusts training to address them. Recurring training cycles get shorter or longer based on data.

When AQP makes sense for your operation

AQP is heavy. The FAA submission package, data infrastructure, and ongoing analytical capability mean AQP works best for operators with at least ~50 pilots and the appetite for continuous program improvement. Below that threshold, traditional Subpart N is usually the right answer.

Operators that adopt AQP successfully typically have: an established Safety Management System (SMS), a FOQA program with at least 6 months of historical data, an ASAP MOU with the FAA, and a Director of Training willing to lead data-driven curriculum changes.

The AQP submission package

AQP applications go to the FAA Air Carrier Training Branch (AFS-200) via the operator's Principal Operations Inspector. The package typically runs 300–500 pages and covers:

• •Operator background, fleet, and pilot population data
• •Proficiency Objectives (POs) — the measurable behaviors training targets
• •Curriculum architecture — initial, transition, recurring (CQ) cycle
• •Data sources + analytical methods (FOQA, ASAP, training records)
• •Continuous improvement process — how POs evolve over time
• •Qualified Personnel List — instructors + check airmen + AQP Manager
• •Training device matrix — what sims/FTDs cover which POs

Building Proficiency Objectives

POs are the heart of AQP. Each PO is a measurable behavior tied to a phase of flight, a fleet type, or a maneuver. Example: 'Pilot maintains airspeed within ±5 knots during stabilized approach in IMC, descent rate within ±100 fpm of profile.' Operators define 100–300 POs per fleet type.

POs need to be SMART (Specific, Measurable, Achievable, Relevant, Time-bound) and tied to data sources. The FAA scrutinizes whether you can actually measure each PO during line operations or in training — paper-only POs get rejected.

The Continuing Qualification (CQ) cycle

Most AQP operators run a 9-month CQ cycle, replacing the traditional 12-month Subpart N cycle. Within the cycle, pilots complete: a knowledge update (web-based or classroom), a procedures session (in a Level 4-7 FTD), a Maneuvers Validation (Level C/D FFS), and a Line Operational Evaluation (LOE — full-flight scenario).

Each pilot's individual training record tracks PO completion + grade. The operator's analytical engine watches grade distributions across the fleet. PO performance below threshold triggers curriculum changes for the next cycle.

What AQP demands from your software stack

AQP requires per-pilot, per-PO training records over multi-year horizons. Operators that try to run this on spreadsheets fall behind their data analysis cadence within the first year. Industry-standard software needs: AQP module with PO-level signoff workflows, FOQA integration for line-ops data, automated CQ-cycle countdown per pilot, and reporting that the AQP Manager can present to the POI annually.

AviationAlley's AQP module (PART_121 + AQP modules enabled) ships these: aqpPrograms + aqpProficiencyObjectives + aqpEnrollments tables, per-pilot CQ cycle tracking, FOQA CSV ingestion via /app/safety/foqa, and the audit log captures every PO signoff with actor + simulator + grade. The maintenance + safety surfaces feed AQP's continuous-improvement analytics.