Advanced Fighter Aircraft Integrated Avionics

Most fifth-generation avionics techs walk out of the Air Force with a skill set the civilian world barely has language for. As a 2A3X5, you maintained the integrated avionics on the F-22 Raptor and F-35 Lightning II, the only low-observable fighters in the fleet, where the radar, the electro-optical targeting system, the distributed aperture sensors, and the electronic warfare suite do not run as separate boxes. They fuse into one picture through an integrated core processor. When a sensor-fusion track drops or an AESA array degrades, you isolated the fault across systems that were designed to behave as a single mission computer, not as the discrete LRUs older fighters carry.

Your pipeline ran through avionics fundamentals and then the 2A3X5 course at Sheppard AFB, roughly 109 to 126 days, before you reached an operational F-22 or F-35 wing at bases like Langley-Eustis, Elmendorf, Hill, Luke, Eglin, or Nellis. The qualification that actually mattered happened on the flightline and in the back shop: running diagnostics through ALIS and now ODIN, interpreting fault data on the AN/APG-77 and AN/APG-81 AESA radars, handling low-observable coatings and access panels without compromising the signature, and signing systems off to T3-cleared standards. That is precision work on classified, stealth-platform electronics where a guess is not an option.

Civilian employers in aerospace, defense electronics, photonics, and advanced manufacturing pay for that exact combination of integrated-systems reasoning, RF and electro-optical sensor knowledge, and disciplined documentation under classification. Start with the military skills crosswalk tool to see how your AFSC maps to civilian and federal roles. Two related Air Force fields worth comparing are 2A3X4 Fighter Aircraft Integrated Avionics (fourth-generation platforms) and 2A0X1 Avionics Test Station and Components.

My federal background is in environmental and engineering work, and what I tell fifth-gen avionics techs is that the government runs the same F-22 and F-35 sensor systems you maintained, plus the depots and test labs behind them. The mistake I see is the resume saying "integrated avionics" and stopping. Name the AESA radar, the EOTS, the sensor fusion, the low-observable discipline, and the documentation standard, and the GS-0855 and GS-0856 hiring side suddenly reads you as the engineer-adjacent technician you already are. — Brad Tachi, Navy Diver veteran & BMR founder

Stealth-fighter sensor experience translates into several occupations the Bureau of Labor Statistics tracks by name. The most natural landing spot is Avionics Technician (O*NET 49-2091.00), which carried a BLS OEWS median annual wage of $81,390 in May 2024. The strongest demand sits with aerospace OEMs and their sustainment arms, defense electronics primes, and the MRO bases that service military and business-jet fleets, concentrated around Fort Worth, Marietta, the Mojave and Antelope Valley test corridor, Ogden-Hill, and the Pacific Northwest. Your stealth-platform background is most valued by the same contractors that build and sustain the F-22 and F-35.

Adjacent direct matches pay comparably. Aerospace Engineering and Operations Technologists and Technicians (17-3021.00) reported a May 2024 BLS median of $79,830 and is the natural target if you want to move toward sensor integration, test, and lab work rather than line maintenance. Electrical and Electronic Engineering Technologists and Technicians (17-3023.00) came in at $77,180 and covers the bench-level systems work you already did on radar and EW modules. Aircraft Mechanics and Service Technicians (49-3011.00) had a median of $78,680 for techs who broaden into full airframe work.

Defense and industrial electronics employers also recruit this background under broader codes. Electrical and Electronics Repairers, Commercial and Industrial Equipment (49-2094.00) reported a May 2024 median of $71,270 and is common at contractors maintaining complex airborne and ground electronic systems. For degreed candidates, Electronics Engineers, Except Computer (17-2072.00) had a median of $127,590, a realistic ceiling if you finish an engineering degree on top of your fifth-gen systems experience. The aerospace and defense labor market tracks program budgets and airline capacity, so openings shift by region and platform. Many veterans in this field share employers with Navy AT Aviation Electronics Technicians and Coast Guard AET Aviation Electrical Technicians. When you are ready to put this on paper, you can build your resume now.

The federal government operates the F-22 and F-35 you maintained, runs the depots that overhaul their avionics, and staffs the labs that test the next sensor upgrade. That makes federal technical work one of the most direct landing spots for a 2A3X5. The closest classification is the GS-0856 Electronics Technician series, covering fault isolation, repair, and modification of complex electronic systems. Techs leaving the fifth-gen fleet commonly enter at GS-7 or GS-9 and reach GS-11 with depot or test experience.

On the trades side, the WG-2610 Electronic Integrated Systems Mechanic job is an almost literal match for integrated avionics work and is used heavily at Air Logistics Complexes such as Ogden (Hill AFB), Tinker, and Robins, all of which carry fifth-gen sustainment workload. For candidates with a degree or strong technical credentials, the GS-0855 Electronics Engineering and GS-0802 Engineering Technician series open sensor-integration, test, and systems-support roles. Quality and inspection billets fall under GS-1910 Quality Assurance, which rewards the technical-order discipline and low-observable documentation habits you already carry.

Veterans' Preference adds 5 or 10 points to your assessed score on competitive USAJobs announcements, and depot and test organizations hire heavily from prior maintainers. A current T3 investigation and stealth-program exposure make you especially attractive for classified electronic-warfare and sensor-fusion work that civilian firms cannot staff easily. To write a federal resume that meets the length and specificity USAJobs expects, you can start your federal resume here, and read our federal resume guide for veterans before you apply. Techs from Navy AE Aviation Electrician's Mate backgrounds target the same GS-0856 and WG-2610 billets.

If you are staying in aerospace or defense electronics, your terminology already translates. OEMs, MROs, and defense primes use "avionics," "LRU," "AESA," and "fault isolation" every day. This section is for the techs targeting careers OUTSIDE the avionics field, where a hiring manager has never read a technical order and needs plain business language.

The rewrite that wins names the system, the method, and the result instead of the acronym. A hiring manager in photonics, semiconductor test, or industrial metrology does not know what an AN/APG-81 radar is, but they understand "diagnosed and repaired a multimillion-dollar integrated sensor system to engineering specification with documented results." Your fifth-gen background is unusually strong here because sensor fusion forced you to reason across optical, RF, and data-network systems at once, which is exactly the cross-domain thinking those industries pay for.

Below are real before-and-after rewrites for non-aviation roles. For a deeper list, see 50 military terms translated to civilian language, and when the draft is ready you can build your resume now.

• Before: "Isolated faults across F-35 sensor-fusion architecture using ALIS/ODIN diagnostics." After: "Diagnosed failures across an integrated multi-sensor system using a networked diagnostics platform, restoring full mission capability within shift deadlines."
• Before: "Maintained AN/APG-81 AESA radar and EOTS to T.O. standards." After: "Maintained precision radar and electro-optical targeting hardware to exacting engineering tolerances, documenting every action for quality and audit review."
• Before: "Performed LO-aware panel removal without degrading the airframe signature." After: "Executed precision component access on high-value assets under strict surface-integrity controls, with zero rework on signed-off systems."