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AEE1-E3

Aviation Electrician's Mate

E-1 to E-3 (Junior Enlisted) · Navy

E1–E3E-4E-5E-6E-7E8–E9
HEADS UP

You are a striker — AIAA, AEAN, or fresh AE3 — in a rate where the qualification board is the visible scoreboard and the LPO knows exactly which PQS line items you have not signed off. Nothing about your first 18 months is glamorous. The sailors who separate frustrated are almost always the ones who spent the first year waiting for the interesting work instead of becoming indispensable at the unglamorous work. Every yellow-sheet you close clean, every MRC you can run without being walked to the chapter, every tool inventory you turn in without a discrepancy is a brick in the case the LPO makes at the next NWAE ranking.

The Honest MOS Read
Aviation Electrician's Mate Airman Recruit through Airman (AR/AA/AN/AEAN) and AE3 is the rate's foundation tier — the period when the work you do is supervised, the qualifications you hold are limited, and the only currency you carry is the visible willingness to learn fast and perform consistently. You checked into A-school at NATTC NAS Pensacola or NAS Lemoore, spent months learning AC/DC theory, aircraft wiring systems, connector types, avionics bus architectures, BITE (Built-In Test Equipment) interpretation, and NALCOMIS documentation, and now you are standing in a squadron's avionics or electrical work center trying to figure out where the toolbox goes. The gap between A-school and the fleet is real and it is normal. Every senior AE in that work center has been exactly where you are standing. What the rate actually asks of you at this tier is simpler than the A-school curriculum suggested: learn the work center's systems, learn the aircraft, learn the documentation standard, and perform every task you are assigned at the same quality level every time. That sounds easy until 0530 on the fourth consecutive 12-hour shift during a carrier workup surge and the LPO puts a yellow-sheet in your hands for a wiring harness continuity check on a system you have only touched once. The rate's culture rewards the sailor who picks up the manual, finds the correct chapter, runs the check correctly, fills the NALCOMIS entry without abbreviations, and flags the supervisor before signing off anything that requires a higher qualification. The rate has no patience for the sailor who eyeballs it. Your day lives inside NALCOMIS. Every maintenance action — the wiring harness check, the circuit breaker replacement, the LRU bench assist, the connector torque verification — flows through a work order that carries your employee number. The discrepancy description you write on that NALCOMIS entry is the only record that exists of what you found and what you did. If you write 'checked and good' and the aircraft returns with the same fault on the next flight, your entry is what the quality assurance investigator reads first. Write what you found, what you checked against, what the result was, and what you corrected — in language a follow-on AE who has never spoken to you could act on. The aircraft-type qualification is the other visible scoreboard. Whether you are in a VFA squadron maintaining F/A-18 avionics (working toward NEC 6320), an HSM or HSC squadron on the H-60 (working toward NEC 6362), or another platform, there is a type-specific PQS qualification board your LCPO tracks. The AE who works the PQS line items deliberately — reads the reference, performs the task, has it witnessed and signed by a qualified AE — builds a qualification record the LPO converts into rank-order on the next NWAE slate. The AE who treats the PQS as paperwork runs out of time and watches his peer advance from behind. FOD prevention is not optional and it is not administrative. A dropped locking wire, a miscount on the consumable inventory, a connector pin left on the wing root — any of those can destroy an engine, a flight control surface, or an avionics system on the next flight. The FOD walk, the tool inventory, the consumable count are the three checks that stand between the maintenance work center and a Class A mishap. You learn them, you execute them without being reminded, and you understand why they exist. The AE who treats FOD prevention as a nuisance is the AE the LPO cannot put on the aircraft. The OPSEC requirement surprises some sailors who do not think of avionics maintenance as sensitive work. It is. Aircraft tail numbers, squadron deployments, avionics configurations, system capabilities — none of it goes on social media, none of it goes in personal text messages, and none of it comes up in conversations with people who do not have a need to know. OPNAVINST 3750.6S is not a document the safety officer quotes at you once a year; it governs your daily work, and the AE3 who treats its requirements as bureaucratic overhead is the AE3 who finds out the hard way what 'safety-of-flight' means when it applies to a violation that started in his work center.
Career Arc
  • 01A-school graduate reports to first squadron — first 30 days: learn the work center layout, the tool accountability system, the NALCOMIS workflow, and the LPO's name for the person who needs to sign off before you close anything.
  • 02AIAA or equivalent organizational-level qualification completed on the LCPO's timeline — 3-6 months depending on command pace; slow qualification is visible.
  • 03PQS aircraft-type line items progressing — AEAN or AE3 building the qualification record that feeds the NWAE ranking; discuss NEC path (6312/6313 base, or aircraft-type 6320/6362) with the career counselor before the first advancement cycle.
  • 04AE3 advancement via NWAE/NEAS — FMS competitive with BIB study documented, clean NALCOMIS record, LPO recommendation on file.
  • 05First aircraft-type maintenance qualification or 2M program enrollment if the command runs it — the credential that distinguishes the AE3 from the peer who only has the stripe.
  • 06NEC pipeline conversation real: pull the current NEC source-rating NAVADMIN with the career counselor before committing to a path — the available quotas and the billet reality change every cycle.
  • 07AE3 eEVAL first cycle — the trait average and ranking against peer AE3s in the command starts the FMS record the AO1 slate will eventually read.
Common Screwups
  • ×First-term DUI or alcohol incident. Aviation squadrons deploy, and the CO does not have the option to send an E-3 with a NJP on the record to a forward location. The career is not over the morning of the incident but the timeline compresses severely — the NEC slot disappears, the advancement recommendation gets pulled, and the shore duty billet that was keeping you stateside closes. Every supervisor in every command for the next six years reads the NJP on your record. The AE who avoids this one screwup keeps every option open; the AE who does not closes most of them before the first re-enlistment window.
  • ×Social media OPSEC violation involving aircraft, squadron operations, or avionics system information. A photo of the maintenance bay with tail numbers visible, a post mentioning which aircraft is down, a message sharing the squadron's deployment dates — any of those can trigger a security investigation, a UCMJ action, and a clearance revocation that ends the NEC pipeline. The AE3 who loses his clearance at E-4 has removed himself from most of the rate's advanced billets. Read OPNAVINST 3750.6S, take the annual training seriously, and treat every photo and every message as if the command security officer is the first reader.
  • ×Falsifying or backdating a maintenance record, yellow-sheet, or NALCOMIS entry. One entry altered to cover a missed step, one work order closed without the required signature because the shift is ending — the aviation maintenance record integrity requirement exists because falsified records kill people on the next flight. If the quality assurance system catches the alteration, the consequence is UCMJ, administrative separation, and a federal record that closes every subsequent aviation-adjacent career. If the record is not caught and the aircraft mishaps, the consequence is worse. No shift-end pressure, no LPO impatience, and no workload spike justifies it.
  • ×Financial emergency that surfaces at the command level. Garnishments, debt collections routed through the command, a payday loan cycle that leads to a financial hardship flag — these come to the first-line supervisor's desk and they stay in the counseling record. The AE3 on the financial counseling track is the AE3 whose clearance is flagged, whose advancement recommendation gets a second look, and whose NEC packet gets a question mark. The Navy has free financial counseling through the Fleet and Family Support Center; use it before the debt collector reaches the command, not after.
  • ×Backing down from a safety call because of perceived social pressure from a more senior AE. If the lock-out/tag-out step is required and the circuit is live, stopping the maintenance action is the correct call regardless of who is waiting. The AE3 who skips the step because the AE1 is watching the clock is the AE3 whose name appears on the mishap report. The senior AE who pressures a junior to skip a safety step is the one in front of the JAG; but the junior who complies is also in the room.

A Day in the Life

  • 0500-0545Wake up. Check messages for any watchbill changes or early maintenance calls if you are in the duty rotation. Uniform pressed, boots serviceable.
  • 0545-0700Command PT. Aviation squadrons vary — some run the full flight line apron, some do hangar deck circuits, some run organized unit PT and individual PT alternating days. AEAN/AE3 participates without exception and does not fall out unless injured and on a documented profile.
  • 0700-0800Hygiene, chow, into working uniform. Review the previous shift's NALCOMIS status for any open work orders on the systems you support. Pre-quarters: identify the active yellow-sheets you own, verify the tool inventory status from your last action.
  • 0800-0830Quarters. The work center LPO puts out the maintenance plan for the day — which aircraft, which systems, which phase/periodic inspection cards, which LRU bench actions are on the board. Listen for your assignments. If you got an assignment you have never done before, say so now, not after you have already started it.
  • 0830-0930Pre-maintenance preparation: pull the applicable MIM chapter and MRC for your assigned action, identify required tools and consumables, verify TMDE calibration status, sign out tools against the control record. The AE who shows up to the aircraft without the correct MRC open is the AE the LPO has to send back.
  • 0930-1130Maintenance execution. Wiring harness inspection, circuit breaker replacement, LRU removal and bench delivery, continuity check, connector re-termination — whatever the card calls for. Run it from the procedure, not from memory. If you reach a hold point requiring supervision or QA, stop and call, do not improvise past it.
  • 1130-1230Tool inventory reconciliation before leaving the work center. NALCOMIS entry for any completed actions — if you cannot close the action before lunch because it needs a supervisor signature, put the hold-point note in the entry now, not at end of shift. Chow.
  • 1230-1430Afternoon maintenance production. Often the phase/periodic inspection cards that were on-hold for parts or test equipment from the morning continue. Or the work center supervisor assigns you to support an AE2's bench troubleshoot as the second set of hands and the trainee — watch the procedure, ask technical questions in the debrief not during the action.
  • 1430-1530Work center training block — PQS line item review, MRC demonstration, annual aviation safety training if in that window, 2M program familiarization if the command runs it. NWAE BIB study if the cycle is open. The AEAN who uses this block for PQS advancement rather than personal time is the AE3 candidate who advances on the first NWAE cycle.
  • 1530-1600End-of-day: NALCOMIS entries complete and routed for any remaining open work orders. Tool inventory turned in and reconciled. FOD walkdown in your assigned section of the work center. LPO debrief on any action outcomes or discrepancies found during the day.
  • 1600-1700Released most garrison days absent duty or a maintenance surge. Duty section rotations change this — if you are in the duty section, standby for evening maintenance calls, watch turnover, and any aircraft systems actions that come in after normal work hours.
  • 1700-2000Personal time garrison. NWAE BIB study for 30-45 minutes if within the active study window. Review the next day's maintenance card if the LPO released the plan early. Navy COOL portal check for credential pathways that apply to the base AE rate.
  • 2000-2200Personal time. Sleep preparation. The carrier workup and deployment cycle compresses this schedule to 12-on/12-off at surge tempo — the personal-time and study blocks move to the off-shift, and the maintenance execution blocks can run well past 1600 on high-sortie-rate days.

Weekly Cadence

The Monday through Friday rhythm at the AEAN/AE3 tier is set by the maintenance production schedule the LPO publishes on Monday after the weekend stand-down period. Monday quarters put out the week's priorities — which aircraft have phase/periodic inspections opening, which LRUs are on the bench queue, which AEs are supporting which systems actions. Your job Monday morning is to understand what you own for the week, identify any procedures you have not run before and need to study the night before, and make sure your tool sub-account and the work center's consumable stock can support what the card requires. Tuesday and Wednesday are typically the highest-production days. Phase and periodic inspection cards are running, bench tests are in progress, and the QA office is active reviewing completed work orders from the week prior. The AE3 who has zero NALCOMIS returns from the prior week's submissions is the AE3 the LPO puts on the complex card Tuesday morning. The AE who has two or three entries kicked back for documentation errors is the AE who spends Tuesday correcting last week's work before doing this week's. Documentation quality is the daily tide that raises or lowers your standing in the work center's visible ranking. Thursday and Friday carry the training and administrative tail. Annual aviation safety refresher training is often scheduled in Thursday afternoon blocks. The PQS review with the LPO or a senior AE happens on a cycle the work center supervisor sets — show up with your qualification record current and the next three line items you are working toward identified, not with a vague request to 'get more quals.' Friday end-of-week: work orders closed, tools reconciled, open discrepancies documented with their current status, the NALCOMIS queue clear. The AE3 who hands off a clean Friday status to the weekend duty section is the AE3 who does not get a call Saturday morning about a work order left in an ambiguous state.

Key Skills — How to Drill Each

  1. 01
    Perform a wiring harness continuity and insulation resistance check to the applicable NAVAIR 17-series MIM standard — clean multi-meter technique, correct test points, entries in NALCOMIS before signing off.
    Before you touch the harness, pull the applicable MIM chapter and identify the specific test points, the acceptable resistance range for the circuit, and the required test equipment calibration status. Your multi-meter or Megohmmeter must be in-calibration — check the TMDE sticker before you connect anything. Run the test in the order the MIM specifies: continuity first to verify the circuit path, then insulation resistance at the specified voltage to verify no shorts to ground or between conductors. Record the actual measured values in the NALCOMIS discrepancy block, not 'checked and good' — write the measured resistance in ohms, the test voltage applied, and the pass/fail determination against the MIM limit. The AE who records actual measurements builds a maintenance record an investigator can use; the AE who writes 'WNL' (within normal limits) with no values recorded is the one who cannot answer the QA inspector's question about what the meter actually read.
  2. 02
    Identify and replace a faulty circuit breaker on a controlled aircraft system — correct part number, correct torque, correct bonding jumper installation, entry on the yellow-sheet without a QA comeback.
    Start with the aircraft wiring diagram and the applicable MIM page — identify the specific circuit breaker by designation (bus, amperage, part number) before you order a replacement. The replacement part number must match exactly; an alternate part requires engineering authorization that you do not have authority to issue. De-energize the bus using lock-out/tag-out per the MIM, verify de-energization with a calibrated voltmeter before touching the breaker. Torque the replacement to spec using a calibrated torque screwdriver — not by feel, by specification. Verify the bonding jumper is correctly seated and not corroded. The NALCOMIS entry records the failed circuit breaker (part number, bus location, discrepancy description), the replacement part number, the torque value applied, and the post-installation functional check result. Have your supervisor verify the entry before you route it.
  3. 03
    Assist on an LRU bench test — connect the applicable breakout box, run the BITE sequence, document pass/fail results to the applicable test procedure.
    LRU bench test is where most AEAN/AE3 sailors get first exposure to avionics diagnostic work. The test procedure lives in the MIM or the OEM test manual — find it before you connect anything. Connect the breakout box to the LRU using the correct adapter per the procedure; do not improvise connector substitutions. Run the BITE sequence in the order specified: power-up, built-in test initiation, fault code read. Record every fault code, every measured parameter against its tolerance, and whether the unit passed or failed each test step. When you interpret the results, cite the test step number and the acceptance criteria from the procedure — 'failed test step 4.3.2, output voltage 11.6V against 12.0V ±0.1V limit, unit failed' is an entry a follow-on AE can act on. 'Failed' with no reference is not.
  4. 04
    Read and navigate NAVAIR technical manuals (MIMs, MRCs) to find the applicable maintenance requirement card and identify required tools, consumables, and torque values before touching the aircraft.
    The MIM is organized by system, then subsystem, then maintenance action. The Table of Contents and the Index are your first two stops. Before any maintenance action, find the applicable MRC (Maintenance Requirement Card) — it specifies the tools required, consumables required, reference technical manual, man-hours, and the sequence of steps. Read the entire MRC before you gather tools. Identify every tool and consumable by name and part number and verify calibration status for any measuring or test equipment before you sign the tool out. The AE who reads the full MRC before starting knows which step requires a supervisor witness so he can schedule accordingly — rather than getting three steps in and discovering the hold point.
  5. 05
    Log a maintenance action in NALCOMIS: open the work order, record the discrepancy accurately, record the corrective action, apply your employee number, and route for inspection — no abbreviations that survive a QA audit.
    NALCOMIS documentation is the permanent maintenance record. The discrepancy block must describe what the fault was in operational terms: what the aircraft did or did not do, what the effect on the system or flight was, when it was observed. The corrective action block must describe what you did, what you found, what you replaced or repaired, what reference you used, and what the post-action functional check showed. Write in complete descriptions that a person who was not present can follow completely. Abbreviations that are not in the authorized maintenance abbreviations list get returned by QA. Use your employee number — never another sailor's. Route the entry to the required inspection level before you leave the work center for any reason. The AE who owns a clean NALCOMIS record at E-3 is the AE the LPO holds up as the example at the next work center training brief.
  6. 06
    Execute FOD prevention discipline — tool inventory in/out, consumable count, accounted fasteners — consistently enough that the LPO never has to chase you for a count.
    FOD prevention is a three-count operation at every maintenance action: before, during, and after. Before: inventory every tool and consumable you are taking to the aircraft against the tool control record, verify quantities. During: if you drop something, stop the maintenance action, find it, and account for it before continuing — never assume it fell outside the aircraft. After: re-inventory every tool and consumable before leaving the aircraft, verify the count matches the pre-work inventory, account for every consumable used (safety wire, heat-shrink, locking compound) by weight or count depending on your command's FOD control plan. The AE who turns in a zero-discrepancy tool inventory every single action builds a track record the LPO can defend at a mishap investigation. One unexplained tool discrepancy that cannot be resolved triggers a ground stop until the tool is found.

Manuals & References — What Chapters Matter

  • NAVAIR 01-1A-22 — Organizational Maintenance: Aircraft Avionics (verify the current series designation with your work center)
    This is the umbrella technical manual that governs avionics organizational maintenance across Navy aircraft types. At the AEAN/AE3 level you are primarily living in the chapters covering wiring maintenance, connector repair, circuit breaker replacement, continuity and insulation resistance testing, and LRU removal/installation procedures. Read the front matter on documentation requirements first — the discrepancy and corrective action format the manual specifies is exactly what QA will audit your NALCOMIS entries against. Know which chapter covers each type of task before the LPO assigns it.
  • OPNAVINST 3750.6S — Naval Aviation Safety Program
    This instruction is the legal and policy backbone of everything from FOD prevention to mishap reporting. At the AEAN/AE3 level you need to understand the hazard reporting system (NAVOSH, HAZREP), the FOD program requirements, the human factors and maintenance error reporting culture, and the lock-out/tag-out requirements for aircraft systems maintenance. When the work center runs the annual aviation safety training, the content comes from this instruction. Know what a Class A mishap threshold means, know that reporting is mandatory and non-punitive, and know that failing to report is the worse outcome.
  • Your aircraft's NAVAIR 17-series MIM — for VFA: the F/A-18 series; for HSM/HSC: the H-60 series (verify the specific MIM designation with your work center supervisor)
    The aircraft-specific MIM is the document you will spend more time with than any other at this tier. The avionics and electrical systems chapters cover every maintenance action you will perform at the organizational level — the test points, the torque specs, the connector and wiring standards for that specific aircraft. Learn the table of contents of your aircraft's MIM the way you learned the A-school curriculum. The AE3 who can navigate to the correct chapter without help is the AE3 the LPO puts on the hard card.
  • NAVPERS 18068 Vol II — Manual of Navy Enlisted Manpower and Personnel Classifications (NEC catalog)
    Read the 6312/6313 base NEC entries and the aircraft-type NEC entries (6320 for F/A-18, 6362 for H-60, or the type-specific code for your platform) before your first career counselor conversation. The NEC catalog describes the source rates, the school pipeline, the qualification requirements, and the billet it feeds. Understanding what each NEC does for your career trajectory at E-3 puts you ahead of the peer who learns it at E-5.
  • The current NWAE Bibliography for Advancement (BIB) for the AE3 or AE2 cycle — pull from MyNavyHR / NETC
    The BIB is the study guide the Navy publishes for the advancement exam — it lists every reference the exam draws from, with the sections and chapters that are in scope. Pull it at the beginning of the cycle (the LCPO or career counselor will tell you the cycle dates), read through it once to understand the scope, and build a weekly study plan that covers the BIB material before the exam date. The AE who does 30 minutes of BIB-directed study five days a week from the moment the cycle opens passes the NWAE with documented preparation. The AE who starts three weeks before the exam watches peers advance past him.

Standards — How to Hit Each

  • AIAA or equivalent organizational-level qualification completed on the LCPO's timeline.
    The AIAA qualification is not a test you pass once and file — it is a documented record of observed, supervised performance on the tasks the work center requires. For each qualification item, find the applicable MIM or procedure, read it completely before performing the task, perform the task under observation by a qualified AE, and have the line item signed immediately after performance — not at the end of the week. The AE who drives his own PQS progression rather than waiting to be scheduled is the AE who finishes on the LCPO's timeline. The LCPO has a target date; ask for it in your first week so you know the pace required.
  • FOD prevention program compliance at 100%: tool inventory signed in and out every maintenance action, zero unreported tool discrepancies.
    Set a personal standard of zero: no maintenance action closes without a complete tool and consumable count that matches the pre-work record. If a tool is missing at the post-work count, the aircraft does not leave your custody until the tool is found or an authorized FOD search with documentation is completed. The AE who has one unexplained tool discrepancy in his career is the AE who gets counseled; the AE who has a clean record becomes the example the LPO uses when briefing new sailors. The standard is not 'usually' or 'almost always.' It is every time.
  • NALCOMIS entries clean, complete, and same-shift on every maintenance action — no supervisor corrections on your discrepancy descriptions.
    Write the NALCOMIS entry immediately after completing the maintenance action, while the specifics are fresh. Use the four elements every time: what the fault was (observation), what you found during troubleshooting or inspection (measurement or test result with actual value), what you did to correct it (action taken with reference), and what the post-action check showed (result). Read the entry back once before routing — does it tell the complete story to someone who was not there? If not, add what's missing. The AE who has zero supervisor corrections on NALCOMIS entries in a cycle is the AE the LPO names as the documentation standard.
  • PRT Good Low or higher; BCA in standard.
    Aviation squadrons deploy, and the deployment manifest requires a current passing PRT. The sailor who cannot pass the physical standard becomes a question mark on the detachment list, and the LPO answers that question. Physical fitness at the AEAN/AE3 level is simple: run three days a week, build a strength baseline with two additional days, and treat the PRT mock as a real test to identify weak points early. The BCA standard is a year-round discipline — not a weight fluctuation managed in the 30 days before the official test.
  • NWAE study habit established and BIB pulled for the current cycle.
    The advancement exam cycle timeline is published well in advance. Pull the BIB from MyNavyHR/NETC the moment the cycle opens, identify the highest-weight reference categories, and build a study calendar that covers all BIB material before the exam date. The sailor who passes the NWAE on the first cycle available after rate qualification is the sailor whose FMS is competitive from the first ranking. Missing the first slate because of inadequate preparation compounds across every subsequent cycle.

Technical Mistakes — Concrete Consequences

  • Closing a yellow-sheet maintenance action without a QA supervisor sign-off when the system requires it.
    The quality assurance system exists because organizational-level AEs at E-3 and below are not the final authority on safety-of-flight work. When you close a work order that required a QA or LCPO signature without it, the aircraft enters the next flight cycle with an incomplete maintenance record — and the MAF (Maintenance Action Form) discrepancy carries your employee number. The QA office will ground the aircraft, pull the record, call your LPO, and the conversation with the Maintenance Officer happens that afternoon. One missed signature at E-3 is a counseling; a pattern is an administrative action.
  • Substituting a non-exact replacement part number without proper engineering change authorization.
    Aircraft avionics and electrical components are qualified to specific part numbers for specific performance and environmental requirements. A circuit breaker that looks identical but has a different current rating installed in an avionics bus can allow an overcurrent condition that would have tripped the correct breaker — and the system it was supposed to protect does not fail safe. The maintenance record shows your employee number on the installation. If the substitution is discovered during the post-flight debrief or during a subsequent inspection, the aircraft is grounded and the work center corrects the record. If it is not discovered and the fault damages the aircraft or injures the crew, the maintenance record is the first document the mishap investigation reads.
  • Performing a continuity check on a live circuit — skipping the de-energization and lock-out/tag-out step.
    Aircraft electrical buses carry 28 VDC and in some systems 115 VAC 400 Hz — both sufficient to cause cardiac arrhythmia and both present in the aircraft bays where AEANs and AE3s work. The de-energization and lock-out/tag-out step in the MIM is not a formality; it is the barrier between a maintenance action and a mishap. The AE who applies the meter leads to a live circuit risks electrocution, a blown test equipment fuse, and potentially a wiring arc that ignites residual fuel vapors. If a supervisor sees you skip the step, you are off the aircraft that day. If no supervisor sees you and nothing goes wrong, the habit persists until the day something does.
  • Forgetting to re-install a connector locking safety wire or cannon plug locking ring after a bench pull.
    Connectors in airborne avionics systems are vibration environments — they flex, they see thermal cycling, they have relative motion between mating halves during flight. The locking safety wire and the cannon plug locking ring are the mechanical retention features that keep a connector from vibrating loose under those conditions. A connector that backs out in-flight drops the system it feeds: an IFF transponder that fails its Mode C interrogation during a controlled airspace transit, a radar altimeter that loses signal on final approach, a navigation display that goes blank in instrument meteorological conditions. The maintenance record shows your work order number.
  • Sharing aircraft system status, flight schedules, or tail numbers on any personal communication channel.
    OPNAVINST 3750.6S and the command's OPSEC plan designate squadron operational information as controlled. The AE3 who posts a photo of the flight line with aircraft configurations visible or mentions in a group chat that the squadron is standing down for a maintenance event has committed an OPSEC violation. Depending on the command and the content, that is a captain's mast, a security incident report, and a clearance investigation. At E-3 in the first tour, losing a clearance closes the NEC pipeline — most advanced AE billets require the clearance to do the work.

Career Decisions at This Rank

  • NEC path selection — base credential (6312/6313) versus aircraft-type NEC (6320, 6362, or platform equivalent) for the first C-school
    The AE rate has a base NEC credential (6312/6313 series, avionics generalist) and aircraft-type NECs (6320 for F/A-18, 6362 for H-60, and type-specific codes for other platforms) that define the advanced billet pipeline. The choice at AE3 is whether to pursue the type-specific NEC for your current platform — deepening expertise at your current squadron and opening the billets that require that specific NEC — or to build the broader base credential first and develop platform depth later. The honest analysis: the type-specific NEC typically produces better immediate billet options and a cleaner advancement narrative at AE2, because the eEVAL bullet for a type-certified AE2 reads more specifically than 'general avionics.' The base credential is the better path if your goal is flexibility across platforms or the detailer is likely to move you to a different aircraft type. Pull the current NEC source-rating NAVADMIN and talk to the career counselor and an AE1 in both pipelines before deciding.
  • First re-enlistment — stay in at the end of the initial obligation or ETS into the civilian market
    The first re-enlistment decision comes at the end of the initial active duty obligation, typically at four years for an active duty AE. At that point you are approaching AE2 or just past it, you have one NEC pipeline underway, and you have the first real read on what the rate and the Navy are like as a career environment. The honest split: the AE3/AE2 who re-enlists has access to the SRB (Selective Re-enlistment Bonus) for the AE rate — pull the current NAVADMIN for the AE rate SRB schedule, because quotas and multipliers change every cycle. Against that, the civilian and defense contractor aviation maintenance market values a cleared, NEC-coded AE with a clean record. Run the math specific to the SRB offer versus the specific job opportunity you have in front of you, not a hypothetical. The AE who re-enlists to solve a near-term money problem and separates at the end of the second term anyway loses vesting value and the optimal civilian market entry window.
  • 2M (Micro-Miniature/Circuit Card Repair) program — pursue if the command is qualified
    The 2M qualification is not a standard NEC pipeline — it is a circuit card repair capability that some commands maintain, requiring specialized training and equipment. At the AEAN/AE3 level, getting into the 2M program is a function of whether your command is 2M-qualified and whether the LPO sees value in building the capability in a junior AE. If your command runs it, the qualification is worth pursuing: it adds a specific technical depth that carries across aircraft types, it is an eEVAL bullet the LPO can write concretely, and it adds a credential that the defense electronics and avionics contractor market values. The limiting factor is access — not every command has the equipment or the qualified trainers. If your command does not run 2M, do not pursue it at the expense of the type-specific NEC; the type NEC feeds more immediate career opportunities.

How the Seat Varies by Unit Type

  • F/A-18E/F VFA strike fighter squadron (carrier-based)
    The VFA AE3 lives in the highest-complexity avionics environment in the fleet at this tier. The F/A-18's integrated avionics suite, full-authority digital engine controls, fly-by-wire flight control computers, and multi-function displays mean the work center sees fault isolation across interdependent systems where a single wiring fault can generate cascading bite codes. The pace during carrier workup and deployment is higher than any other naval aviation community — launch and recovery cycle maintenance windows are short, the yellow-sheet queue moves continuously, and the quality standard for every action is absolute because the next sortie lands in hours. If you want maximum technical depth and the most demanding maintenance environment available to a junior AE, VFA is where you develop it.
  • MH-60R/S helicopter HSM/HSC squadron
    Helicopter squadron avionics at the AE3 level is technically diverse — the H-60 platform's avionics suite spans integrated cockpit displays, radar, sonar interface electronics, communications, and IFF across a smaller airframe than the F/A-18 but with its own depth. The work center is typically smaller than a VFA shop, which means the AE3 gets broader exposure to different systems earlier but with less depth in any single one. The detachment structure — shipboard det deployments aboard destroyers and cruisers — means some AE3s at HSM/HSC see independent maintenance responsibility earlier than their VFA peers, because a two- or three-person det operates with less LPO oversight than the home squadron.
  • VRC carrier on-board delivery (COD) or VAW airborne early warning squadron
    COD and VAW squadrons offer a different workload profile than strike-fighter or helicopter communities. The C-2A (VRC) and E-2D (VAW) avionics suites are complex and specialized — the E-2D in particular is one of the most technically demanding avionics platforms in naval aviation — but the flight operations tempo is lower than VFA, and the work center environment is somewhat less high-pressure on a per-day basis. The AE3 at a VAW benefits from the E-2D's sophisticated systems depth; the path to the E-2D avionics NEC is its own pipeline. If the goal is maximum platform technical depth in a slightly less compressed operational environment than VFA, VAW is a legitimate choice.
  • VP maritime patrol squadron (P-8A, shore-based)
    VP is shore-based with a forward-deployment rotation rather than a carrier rotation. The P-8A is a derivative of the Boeing 737 commercial airframe with a naval mission systems overlay, which means the AE3 works both the airframe electrical systems (similar to commercial aviation in some respects) and the mission avionics unique to the maritime patrol and anti-submarine role. The work pace is less compressed than carrier aviation, the quality standard is equally absolute, and the forward-det structure means AE3s who earn the forward-det billet get independent accountability exposure earlier. If the goal is avoiding carrier deployments while still being in a serious technical environment, VP is the lane.

What Good Looks Like at This Rank

The good AEAN or AE3 is invisible in the right way: the LPO never has to follow up on a maintenance action he assigned because the yellow-sheet comes back complete and correct, the NALCOMIS entry has actual measured values not 'WNL,' the tool inventory is zero-discrepancy every time, and the system is either fixed and documented or the supervisor is briefed on exactly what was found before anything is closed. The LPO does not wonder whether this sailor ran the full fault-isolation procedure or just cleared the discrepancy to get the action off the board — the documentation tells the story. He treats the PQS qualification board as the most important piece of paper in the work center and drives his own progression rather than waiting to be scheduled. By month nine the AIAA qualification is complete, the aircraft-type PQS line items are progressing on schedule, and the LPO is already thinking about the NEC conversation because this sailor has demonstrated he can be trusted with the next qualification. He is not chasing extra collateral duties or trying to stand out through personality — he stands out because every task assigned comes back better than expected. The detail that distinguishes him from the average sailor at this tier is how he handles the gap between what he knows and what the task requires. When the MIM has a procedure he has not run before, he reads the entire procedure before gathering tools. When the fault is not one he has seen, he finds the applicable troubleshooting chart in the manual before asking the LPO. When the post-repair functional check shows a result he is not sure how to interpret, he calls the supervisor before he closes the action. The work center's institutional knowledge from this AE runs in one direction: toward the documentation and the technical authority, not toward memory and assumption.

Preview — The Next Rank

AE3 (E-4, Petty Officer Third Class) is the rank where the rate's expectations change in one fundamental way: you now own something. At E-4 you are a petty officer, which means the Navy treats your work as the work of a responsible adult who is accountable for what he produces. You own a position on the maintenance schedule, you own a sub-account of materials, you own at least one AEAN who is watching how you carry the rating. The LPO no longer assigns you work with the assumption that he needs to walk you through the procedure — he assigns work with the expectation that you know where the manual is and will call him when you reach a hold point, not before. The NEC pipeline decision becomes real at AE3. You are in the window where the career counselor, the LCPO, and the command NEC quota management all converge on which AEs are going to which C-schools in the next 12-18 months. The AE3 who has the type-specific qualification record, the clean NALCOMIS history, and the NWAE BIB study documented is the AE3 whose NEC packet the LCPO endorses with conviction. The AE3 who arrives at that conversation with none of those things built is starting from behind the peers he checked in with. What you cannot fully see from the AEAN/AE3 tier is how much of the AE3 job is about being the example the AEANs behind you watch. The crow changes the dynamic in ways that are not obvious until you are wearing it — the AEAN under your supervision is learning either that the documentation standard is real and enforced, or that it can be approximated when the shift is busy. What he learns from watching you is what he will produce for the next three years. Build the standard you want to inherit.
FAQ

AE E1-E3 — Frequently Asked Questions

Q01What does a E1-E3 AE (Aviation Electrician's Mate) actually do?
Fresh out of A-school at NATTC NAS Pensacola or NAS Lemoore, you check aboard a squadron — HSM, HSC, VFA, VRC, or whatever platform the detailer cut you for — and the work center supervisor hands you a technical manual and a position on the maintenance schedule.
Q02What's the most important thing to know as a E1-E3 AE?
You are a striker — AIAA, AEAN, or fresh AE3 — in a rate where the qualification board is the visible scoreboard and the LPO knows exactly which PQS line items you have not signed off.
Q03What does a typical day look like for a E1-E3 AE?
Time-blocked day at the E1-E3 AE rank tier: 0500-0545 Wake up. Check messages for any watchbill changes or early maintenance calls if you are in the duty rotation. Uniform pressed, boots serviceable, 0545-0700 Command PT. Aviation squadrons vary — some run the full flight line apron, some do hangar deck circuits, some run organized unit PT and individual PT alternating days. AEAN/AE3 participates without exception and does not fall out unless injured and on a documented profile, 0700-0800 Hygiene, chow, into working uniform.…
Q04What mistakes get E1-E3 AE soldiers fired or relieved?
First-term DUI or alcohol incident. Aviation squadrons deploy, and the CO does not have the option to send an E-3 with a NJP on the record to a forward location. The career is not over the morning of the incident but the timeline compresses severely — the NEC slot disappears, the advancement recommendation gets pulled, and the shore duty billet that was keeping you stateside closes. Every supervisor in every command for the next six years reads the NJP on your record.…
Q05What career decisions matter most at the E1-E3 AE rank tier?
NEC path selection — base credential (6312/6313) versus aircraft-type NEC (6320, 6362, or platform equivalent) for the first C-school — The AE rate has a base NEC credential (6312/6313 series, avionics generalist) and aircraft-type NECs (6320 for F/A-18, 6362 for H-60, and type-specific codes for other platforms) that define the advanced billet pipeline. The choice at AE3 is whether to pursue the type-specific NEC for your current platform — deepening expertise at your current squadron and opening the billets that require that specific NEC — or to build the broader base credential first and d…
Q06What's next after E1-E3 for a AE (Aviation Electrician's Mate) in the Navy?
AE3 (E-4, Petty Officer Third Class) is the rank where the rate's expectations change in one fundamental way: you now own something.
Q07What manuals and regulations does a E1-E3 AE need to know cold?
NAVAIR 01-1A-22 — Organizational Maintenance: Aircraft Avionics (the umbrella document governing avionics maintenance at your level; live in the chapters that touch your system).; OPNAVINST 3750.6S — Naval Aviation Safety Program (the regulation behind everything from FOD to mishap reporting; you will be briefed on it and tested on its fundamentals).; NAVAIR 00-80T-114 — Conventional Weapons Handling Procedures (if your squadron is weapons-capable;…

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Published by the Honest MOS Editorial DeskVerified against DoD/.gov sourcesUpdated May 2026Editorial standards