USN Air Traffic Controller Exam Prep

USN Air Traffic Controller (AC) NWAE Study Guide

The Air Traffic Controller (AC) rating is the Navy's enlisted ATC community — the Sailors who work carrier-controlled approach (CCA), ground-controlled approach (GCA), tower, and radar approach control at every Navy and Marine Corps air station. ACs separate aircraft, issue IFR clearances, sequence the recovery during blue-water ops, and talk F/A-18s down the glideslope in zero-zero weather. They hold FAA Control Tower Operator (CTO) certificates and Navy facility ratings that transfer directly to civilian ATC.

Typical billets include the CATCC (Carrier Air Traffic Control Center) aboard every CVN, shore ATC facilities at NAS Oceana, NAS Jacksonville, NAS North Island, NAS Whidbey, MCAS Cherry Point, MCAS Miramar, MCAS Iwakuni, and NAS Sigonella, plus Fleet Area Control and Surveillance Facilities (FACSFAC VACAPES, FACSFAC San Diego).

NWAE exam structure

The Navy-Wide Advancement Exam for AC is 150 multiple-choice questions over 2.5 hours, given in March and September (E-4/5/6). The Final Multiple Score blends exam score, PNA points, awards, performance evaluation average, and service-in-paygrade for selection.

Rating Bibliographies (Bibs)

NAC Pensacola publishes the AC bib. Coverage is driven by FAA JO 7110.65 (Air Traffic Control), NAVAIR 00-80T-114 (CV NATOPS), OPNAVINST 3722.36 (NATOPS Air Traffic Control Manual), and facility-specific letters of agreement. Always pull the current bib from MyNavy Portal at cycle open.

What to study

• FAA JO 7110.65 — separation standards (3 NM/5 NM radar, 1,000'/2,000' vertical), wake-turbulence categories, LAHSO
• OPNAVINST 3722.36 (NATOPS ATC Manual) — Navy-specific procedures, CATCC recovery, Case I/II/III approaches
• Case I/II/III recovery — Case I VMC visual, Case II transition, Case III IMC marshal stack, push times, Delta pattern
• Marshal stack construction — 1,000 ft altitude separation, 1 NM radius, commence times, max-conserve fuel
• CCA/Mode II approach — ACLS coupled approach, bullseye, tacan radial/DME, final bearing, glideslope capture
• Radar fundamentals — SPN-43, SPN-46, SPN-41 systems, primary/secondary returns, transponder Mode 3A/C/S
• Tower and flight-data operations — strip marking, runway config, wind/altimeter disseminating, ATIS
• Emergency procedures — lost comms (7600), hijack (7500), emergency (7700), pop-up IFR, emergency fuel
• Weather minimums — shore and ship ceiling/visibility minimums for Case I vs. Case III, divert criteria

Common pitfalls

Most AC candidates lose points on the separation standard math — wake-turbulence behind Heavy/Super, reduced separation on final, Category I/II/III approach separation. Case III marshal stack geometry is another recurring trap: commence time math, 1-minute-per-1,000-ft-altitude rule, and the push interval. And do not neglect the tower-ops strip-marking questions — they show up every cycle.

Study strategy using MMCE.app

MMCE.app's adaptive drilling hones in on the JO 7110.65 chapters where you're weakest. Use the AI tutor on every Case III / CATCC scenario question to be sure you can visualize the marshal stack, approach gate, and bullseye. Flag every separation-math question and drill those as a batch until wake turbulence, radar minima, and runway separation are automatic. Two weeks out, run a full 150-question timed test to get your pacing right.

Career progression

ACs advance into watch supervisor, facility chief controller, and ATCFO (ATC Facility Officer) billets. CWO-737 (Air Traffic Control Warrant Officer) and LDO 637X are strong officer pathways. Post-Navy, AC experience — combined with your FAA CTO certificate — is a direct bridge to FAA ATC (via VRA hiring authority), DoD contract ATC (Serco, Midwest ATC, Robinson Aviation), and Department of State ATC jobs overseas.