Avionics Test Station, Components, and Electronic Warfare Systems

Air Force 2A0X1s are the back-shop avionics technicians who keep aircraft electronics measurable, repeatable, and ready. The AFSC's official title is Avionics Test Station, Components, and Electronic Warfare Systems, formerly Avionics Test Station and Components. You spent your career running Automated Test Equipment (ATE) — the Versatile Test Avionics System (VTAS), legacy ATS suites, RF generators, oscilloscopes, signal analyzers — and bench-testing Line Replaceable Units (LRUs) that came off F-15s, F-16s, F-22s, KC-135s, C-130s, B-1s, and other airframes. Component-level troubleshooting on radar, navigation, communications, electronic warfare, and mission computer modules. Calibration, fault isolation to the SRU, and depot-level repair on equipment most flightline maintainers never see opened up.

The pipeline ran through Basic Military Training and roughly 32 weeks of avionics technical training at Sheppard AFB (with components historically also at Keesler), where you learned digital and analog circuit theory, RF fundamentals, automated test programming, and how to interpret a Technical Order schematic at the chip level. From there, assignments at depot facilities like Tinker AFB, Hill AFB, Robins AFB, and intermediate-level back-shops across CONUS, Europe, and the Pacific. The work isn't glamorous in the way flightline crew chief work is, but it's the reason multimillion-dollar avionics suites stay airworthy.

Civilian employers value 2A0X1s for one reason above all: you've already done the work that takes years to train into a junior commercial avionics tech. Reading a schematic, isolating a fault to a specific module, operating ATE, documenting test data, and understanding how RF systems behave on a bench — that skill set commands real money in the FAA repair station world, at airframer back-shops, and at federal electronics depots. Use the BMR career crosswalk to see how 2A0X1 maps to specific civilian job titles, salary ranges, and federal positions. If you also pulled flightline avionics duty, the 2A3X3 Tactical Aircraft Maintenance page covers that adjacent path, and the 2A5X1 Aerospace Maintenance page is the partner career field on the airframe-and-powerplant side.

I worked across federal supply, logistics, and federal engineering after the Navy, and 2A0X1s have one of the most direct paths to federal avionics work the Air Force produces. The depot-level component repair, ATE, and avionics troubleshooting experience maps cleanly to GS-0856 Electronics Technician roles at Air Force depots, Naval Air depots, FAA test labs, and major airframer back-shops at Boeing, Lockheed, and Raytheon. — Brad Tachi, Navy Diver veteran & BMR founder

The civilian avionics market splits cleanly into three lanes, and 2A0X1s have legitimate options in all of them.

Lane 1: Avionics Technician at FAA Repair Stations and OEM Back-Shops

Per BLS OEWS May 2024, Avionics Technicians (49-2091.00) earn a median wage of about $74,000, with experienced bench techs at FAR Part 145 repair stations and OEM facilities in the upper quartile. Companies like AAR Corp, StandardAero, and Duncan Aviation run component repair shops that do exactly the kind of work you did in the Air Force — fault-isolating LRUs, repairing modules at the SRU level, calibrating test equipment, and certifying the unit airworthy. The FAA Repairman Certificate (issued by the employer for the specific repair station) is the entry credential most often required.

Lane 2: Electronics Engineering Technicians at Airframer and Defense OEM Programs

Per BLS OEWS May 2024, Electronics Engineering Technologists and Technicians (17-3023.00) earn a median of about $76,000. This is where Boeing, Lockheed Martin, Northrop Grumman, RTX (Raytheon, Collins, Pratt & Whitney), L3Harris, and BAE Systems hire heavily for engineering test, ATE programming support, lab technician, and integration roles. Many of these jobs sit on cleared programs — F-35, B-21, P-8, KC-46, missile defense — and clearance plus avionics ATE experience is a rare combination that pays well.

Lane 3: Calibration and Test Equipment Specialist

Calibration techs sit inside the 17-3023.00 occupation but specialize in keeping test equipment traceable to NIST. Federal cal labs, defense primes, and commercial cal houses (Transcat, SIMCO, Tektronix Service) all hire avionics test backgrounds because PMEL/TMDE-trained operators already understand traceability, uncertainty, and procedure-driven measurement.

Adjacent paths

Some 2A0X1s pivot toward Aircraft Mechanic (BLS 49-3011.00, ~$70K median) by adding the FAA A&P, which opens commercial line maintenance. Others move into Aviation Inspector (BLS 53-6051.00, ~$80K median) or quality assurance roles at OEMs. Veterans from related branches share these civilian paths — see Navy AT Aviation Electronics Technician, Navy AE Aviation Electrician's Mate, and Coast Guard AET Aviation Electrical Technician for cross-branch context.

Be honest about geography: the highest-paying civilian avionics work clusters around airframer hubs (Seattle, Wichita, Dallas/Fort Worth, Marietta, St. Louis, Lake Charles), defense electronics corridors (Northern Virginia, Cedar Rapids, Boston, Melbourne FL), and FAA depot/test sites. If you want to stay near a current Air Force depot — Tinker, Hill, Robins, Warner Robins — federal civilian work is the play. If you're flexible, OEM bench work pays better. Build out your military resume with specific ATE platforms, LRUs, and clearance level called out by name.

Federal civil service is the single strongest landing spot for 2A0X1s, and it's not close. The same work you did in uniform is being done by GS-graded technicians at every Air Logistics Complex in the country.

GS-0856 Electronics Technician

The flagship series. GS-0856 covers technicians who fabricate, modify, troubleshoot, calibrate, repair, and bench-test electronic equipment. Air Force ALCs (Tinker, Hill, Robins) and Naval Air depots (Cherry Point, Jacksonville, North Island) staff hundreds of GS-0856 positions doing avionics component repair and ATE operation. Typical entry for an experienced 2A0X1 is GS-9 or GS-11 depending on time in grade; senior bench techs and ATE leads sit at GS-12. OPM qualification standards accept your military experience directly — you don't need a degree.

GS-8852 Aircraft Mechanic (Wage Grade equivalents — WG-8852)

Federal aircraft mechanic positions sit primarily on the wage grade scale. If you cross-trained or worked enough flightline avionics to claim aircraft mechanic experience, WG-8852 jobs at depots and FAA tech ops centers are wide open. Many 2A0X1s find that GS-0856 is the cleaner path because the work matches more directly.

GS-0855 Electronics Engineering

The engineering series typically requires a bachelor's degree in electronics engineering or related, but with significant test-engineering experience you may qualify under the OPM Group Coverage Qualification Standard's experience equivalency. GS-0855 work sits behind GS-0856 — defining test procedures, modifying ATE programs, and engineering depot-level repair processes.

GS-1825 Aviation Safety Inspector

The FAA Flight Standards Service hires GS-1825s as Aviation Safety Inspectors (Avionics) at FSDOs across the country. These are the people who certify Part 145 repair stations and inspect avionics work. Experienced 2A0X1s with depot-level avionics work and an FAA Repairman Certificate are exactly the profile FAA recruits.

GS-1910 Quality Assurance

QA at depots, defense plants, and DCMA offices. Avionics test backgrounds translate well to inspection and quality work because you already understand specification compliance, calibration traceability, and process documentation.

Other relevant series

GS-0854 Computer Engineering (for embedded/firmware-leaning techs), GS-2210 Information Technology Management (mission systems and avionics network roles), GS-1102 Contracting (for those with avionics depot experience pivoting to avionics program contracting — see the 6C0X1 Contracting page), GS-0018 Safety, GS-0080 Security Administration, GS-0301 Miscellaneous Administration, GS-1601 General Facilities and Equipment, and GS-5803 Heavy Mobile Equipment Mechanic for ground support equipment electronics work.

Veterans' Preference (5-point or 10-point) applies to all of these. Federal resumes are written very differently than civilian resumes — more detail, hours per week, supervisor information — and they should still come in around 2 pages of dense, accomplishment-driven content. Read our guide to defense contractor jobs with clearance for context on how to position the cleared avionics background. Use the federal resume builder to lay it out, or build your federal resume now if you're ready to start applying.

If you're staying in avionics, FAA repair stations, OEM back-shops, and federal electronics depots already use the same terminology you used in uniform — ATE, LRU, SRU, fault isolation, calibration. Your jargon translates 1:1. This section is for 2A0X1s targeting careers OUTSIDE bench-level avionics: project management, operations, engineering management, broader test engineering, or roles where the hiring manager has never opened a Technical Order.

Term-by-term translation

• Automated Test Equipment (ATE) / VTAS → "Automated diagnostic test systems used for component-level troubleshooting"
• Line Replaceable Unit (LRU) / Shop Replaceable Unit (SRU) → "Field-level and depot-level repairable assemblies"
• Technical Order (T.O.) → "Technical procedure / repair specification"
• PMEL / TMDE calibration → "NIST-traceable instrument calibration program"
• Fault isolation to the chip level → "Component-level diagnostic troubleshooting"
• AFTO Form 350 / 781 documentation → "Electronic maintenance records and discrepancy logs"
• Depot-level repair → "Off-equipment overhaul and component-level repair"
• Mission Capable (MC) rate → "Equipment availability / serviceability rate"

Resume bullet examples (before / after)

Before (military): "Performed depot-level repair on F-16 radar LRUs using VTAS, isolating faults to the SRU and returning units to MC status."

After (project management resume): "Led component-level repair on radar assemblies for fighter aircraft, executing standardized diagnostic procedures with documented test results and a 98% return-to-service rate across more than 200 units."

Before (military): "Operated ATE to test communication and navigation modules; documented maintenance actions in IMDS."

After (operations / engineering resume): "Operated automated diagnostic test systems on communication and navigation electronics; maintained electronic maintenance records and produced reliability data used to drive process improvement decisions."

For broader resume translation, our glossary of 50 military terms in civilian language covers the patterns that work across job applications. The BMR military resume builder handles the formatting; you can also start a resume now if you're ready.