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Hire Avionics Engineers

Hire Avionics Engineers who own flight avionics — flight computers and single-board architectures, harnessing and connector design, power distribution, sensor and actuator integration, EMI/EMC design and test, hardware-in-the-loop and vehicle-level checkout, and DO-178C/DO-254 awareness for crewed and certified programs — for launch vehicle, spacecraft, UAS and defense product teams. Verified with the avionics leads and test conductors who flew their hardware, not the resume.

Hire Avionics Engineers →How it works
Avionics Engineer - iRecruit.coExample profile
Elena B.
Vetted Specialists
MEP & Engineering
Avionics Engineer
BSEE · Flight Avionics · ITAR U.S. Person
Sectors
Space & defense
Launch vehicles, satellites, crewed spacecraft, UAS and autonomous systems, missiles and hypersonics, defense-tech primes
Role scope
Engineering search
Retained and direct-hire searches, Engineer II through Principal and Avionics Lead, for space, defense-tech and advanced-manufacturing product teams
Geography
US-wide
Industrial, defense and mission-critical network
Placement warranty
Replacement guarantee
Every model, every placement
How It Works

Hire Avionics Engineers in 3 steps

A structured process for the hire whose architecture decides whether the vehicle flies on the date — where an Avionics Engineer who has only worked bench prototypes routes a 28 V bus next to an RS-422 sensor bundle, the vehicle fails radiated emissions at the range, and the launch slips two months for a harness redesign nobody budgeted.

Step 01

Talk to our team

30-minute call. Align on vehicle and program type (launch vehicle, satellite bus, crewed spacecraft, UAS, missile), avionics architecture ownership (flight computer, power distribution, harnessing, sensor and actuator integration, data buses, telemetry), certification and safety context (DO-178C, DO-254, NASA-STD-8719, MIL-STD-461 and MIL-STD-810, range safety), program phase (architecture, development, qualification, production), HITL and vehicle checkout expectations, ITAR and clearance, reporting line, and start date.

Step 02

Review hand-selected talent

Within 2 weeks we introduce 3–5 Avionics Engineers with verified ownership of flight avionics hardware or architecture on comparable vehicles — boards, harnesses and power systems that flew or went through qualification, not lab-prototype or firmware-only resumes restyled. References from avionics leads, chief engineers and integration and test conductors included.

Step 03

Hire with confidence

Every placement carries a replacement guarantee. If the hire fails within the warranty window, we run a no-fee replacement search.

Why iRecruit.co for Avionics Engineer Hires

What makes our Avionics Engineer shortlist different

An Avionics Engineer on a flight program is judged by hardware that passes qualification the first time, harnesses that install without rework, and vehicle checkout that finds problems on the HITL bench rather than at the pad. Flight hardware ownership, EMI/EMC scars and integration discipline separate an engineer who delivers avionics from one who designs boards.

01

Flight hardware ownership verified through qualification

Every Avionics Engineer has reference-verified responsibility for avionics that flew or completed qualification — a flight computer or I/O board, a power distribution unit, a vehicle harness set, a sensor suite integration — from requirements through CDR, environmental test and flight. We confirm what they owned, what failed in qual and what they changed with the avionics lead, not the program list.

02

Architecture, power and EMI/EMC fluency

Flight computer and single-board architectures, redundancy and fault management, 28 V and high-voltage power distribution, load switching and fusing, battery and solar interfaces, harness design and connector selection under NASA-STD-8739 and IPC/WHMA-A-620, grounding and bonding, shielding and filtering, and MIL-STD-461 and range EMI/EMC test campaigns. Matched to your vehicle and environment, not a generic electrical engineer.

03

Integration, HITL and certified-program discipline

Verified ownership of sensor and actuator integration (IMUs, GPS, pressure and temperature transducers, valve drivers, TVC and flight termination interfaces), data bus design (RS-422, CAN, MIL-STD-1553, SpaceWire, Ethernet), hardware-in-the-loop bench build and test, vehicle-level checkout procedures, and DO-178C/DO-254 or NASA human-rating artifacts where the program is crewed or certified.

Meet Vetted Avionics Engineers

The caliber of Avionics Engineer you’ll interview

Every candidate is credential-verified, reference-checked, and matched to your vehicle, architecture and certification context. Anonymized examples below reflect real placement profiles.

Vetted SpecialistsFemale Avionics Engineer - launch vehicle programExample profile

Nathan R.

Avionics Engineer, Flight Computer and Vehicle Harnessing
  • Responsible engineer for the triple-redundant flight computer I/O board on a small launch vehicle — schematic, layout review, 4 board revisions, and 3 flights with zero avionics-caused anomalies
  • Owned the stage-two harness set of 240 connectors and 3,800 wires from routing study through IPC/WHMA-A-620 build, cutting first-article harness rework from 11 days to 2
  • Cleared radiated emissions at the range after a first-pass failure by redesigning bus-bar grounding and adding filtered connectors, verified in a MIL-STD-461 RE102 retest
Flight computer hardwareHarness designMIL-STD-461
Vetted SpecialistsMale Avionics Engineer - crewed spacecraft programExample profile

Hector M.

Senior Avionics Engineer, Power Distribution and Certified Systems
  • Owned the 120 V power distribution and control unit for a crewed capsule: load switching, fault isolation and two-fault-tolerant bus topology through NASA human-rating review and 6 qualification units
  • Produced DO-254 DAL A hardware lifecycle artifacts for a display and control assembly, including PHAC, requirements traces and verification cases accepted at SOI audits
  • Led the avionics lightning and EMI protection redesign after a HIRF test finding, closing 14 actions before flight readiness review
Power distributionDO-254 / DO-178CFault tolerance
Vetted SpecialistsFemale Avionics Engineer - defense UAS manufacturerExample profile

Omar H.

Lead Avionics Engineer, Sensor Integration and HITL
  • Owned sensor and actuator integration for a Group 3 UAS — IMU, GPS and air-data suite, servo and ESC drivers, MIL-STD-1553 and CAN buses — through MIL-STD-810 qualification and first flight
  • Built the hardware-in-the-loop bench from architecture through 2,000 hours of automated flight-software regression, finding 31 defects before they reached the aircraft
  • Scaled the avionics build and checkout procedure set to a 12-aircraft-per-month line with acceptance test yields above 97%
Sensor integrationHITL testMIL-STD-810
Avionics Engineer Specializations

Match the Avionics Engineer specialty to your vehicle and program

“Avionics Engineer” ranges from a flight computer hardware designer to a harness and power distribution owner to a HITL and integration engineer to a DO-254 certification specialist, and the right hire depends on which part of the avionics stack is holding your program. Below are the specializations we recruit for:

Flight Computer and Avionics Hardware Engineer
Single-board computers, I/O boards, redundancy, schematic and layout
Hire for this specialty
Avionics Systems Architect
Architecture, fault management, data buses, interface control
Hire for this specialty
Harness and Interconnect Engineer
Routing, connectors, NASA-STD-8739, IPC/WHMA-A-620
Hire for this specialty
Power Distribution and Control Engineer
PDUs, load switching, fusing, battery and bus topology
Hire for this specialty
EMI/EMC Engineer
MIL-STD-461, grounding and bonding, shielding, range EMC
Hire for this specialty
Sensor and Actuator Integration Engineer
IMUs, GPS, transducers, valve and servo drivers, TVC
Hire for this specialty
Hardware-in-the-Loop Test Engineer
HITL bench build, simulation interfaces, regression
Hire for this specialty
Avionics Integration and Checkout Engineer
Vehicle-level checkout, procedures, anomaly resolution
Hire for this specialty
DO-254 / DO-178C Certification Engineer
DAL artifacts, SOI audits, human-rating evidence
Hire for this specialty
Telemetry, Command and Flight Termination Engineer
RF links, FTS interfaces, range safety compliance
Hire for this specialty
FPGA Engineer (peer)
Flight FPGA design and verification
Hire for this specialty
Hardware Engineer (peer)
Board-level electrical design
Hire for this specialty

Not sure which Avionics Engineer specialty fits?

We’ll help you scope the role on the call — vehicle type, architecture ownership, certification context, program phase, HITL and checkout expectations, and clearance requirements.

Hire Avionics Engineers →
Vetting Criteria

What we verify on every Avionics Engineer candidate

Avionics Engineer hires live and die on hardware that passes qualification, harnesses that install clean, and checkout that catches problems on the bench. Below is what every candidate has documented before you meet them:

Flight hardware ownership through qualification

Reference-verified responsible-engineer history on avionics hardware or architecture that flew or completed environmental qualification — requirements, design reviews, build support, test results and design changes — confirmed by the avionics lead or chief engineer.

Architecture and power distribution depth

Verified working fluency in flight computer and I/O architectures, redundancy and fault management, power distribution and control design, battery and bus interfaces, and derating and worst-case analysis to program standards.

Harnessing and EMI/EMC

Verified ownership of harness design, connector and wire selection, grounding and bonding schemes, shielding and filtering, and EMI/EMC test campaigns to MIL-STD-461 or range requirements, including corrective redesign after a failure.

Integration, HITL and certified-program discipline

Verified history integrating sensors and actuators over flight data buses, building or operating hardware-in-the-loop benches, authoring vehicle checkout procedures, and producing DO-178C, DO-254 or NASA human-rating artifacts where the program required them.

Credentials verified

ABET electrical, computer or aerospace engineering degree, graduate degree where held, tool proficiency (Altium or Cadence, Capital or Zuken harness tools, LTspice, LabVIEW or Python test automation), US-person status where ITAR applies, and active clearance where the program requires it — all checked.

Compensation alignment

Engineer II, Senior, Staff and Principal comp bands aligned before finalists are introduced, including integration-campaign and launch-site travel expectations, on-console support, clearance premium, relocation, and equity where offered.

FAQ

Hiring an Avionics Engineer: frequently asked questions

How long does it take to hire an Avionics Engineer?

Time to shortlist is typically 2 weeks from scoping call. Total time to placement (shortlist through offer acceptance) is typically 3–5 weeks. Seats requiring DO-254 DAL A or human-rating history, flight computer hardware ownership on an orbital vehicle, an active clearance, or relocation can run a week or two longer, and Principal and Avionics Lead searches are typically run as retained engagements with a longer calendar.

What does an Avionics Engineer cost in 2026?

Most US Avionics Engineers at launch, spacecraft, UAS and defense companies land between $110K and $150K base at the Engineer II-to-Senior level depending on metro and subsystem. Staff and Principal Avionics Engineers with flight hardware ownership, EMI/EMC campaign history or DO-254 and human-rating experience typically run $150K–$205K, with avionics leads and chief engineers above that. Defense and launch programs commonly add clearance premiums and equity. These are market bands; we confirm live market bands during scoping. See our avionics engineer salary guide for a fuller breakdown.

How is an Avionics Engineer different from a Hardware Engineer or FPGA Engineer?

A Hardware Engineer owns board-level electrical design and may never see a vehicle; an FPGA Engineer owns the logic inside the flight computer. The Avionics Engineer owns the vehicle-level electrical system those boards live in: architecture, power, harnessing, sensor integration, EMI/EMC and checkout. On small teams the roles overlap; on flight programs the avionics seat carries the integration and qualification responsibility.

How is an Avionics Engineer different from an Electrical or Power Electronics Engineer?

An Electrical Engineer in an industrial setting typically owns facility or plant power; a Power Electronics Engineer owns converters, inverters and motor drives. The Avionics Engineer owns the flight vehicle’s electrical and data architecture and its qualification. Power electronics engineers usually deliver the PPU or battery charger the avionics engineer integrates.

How is an Avionics Engineer different from a GNC or Systems Engineer?

A GNC Engineer owns the algorithms that fly the vehicle; a Systems Engineer owns requirements, interfaces and verification across it. The Avionics Engineer delivers the flight computer, sensors and actuator interfaces GNC runs on and the hardware evidence systems engineering closes against. All three share the HITL bench; the avionics seat owns the hardware on it. An Integration and Test Engineer then runs the vehicle-level campaign the avionics engineer supports.

Do you require DO-178C/DO-254 experience or a clearance?

It depends on the seat. Crewed, certified and some defense programs need engineers who have produced DO-254 or DO-178C lifecycle artifacts or NASA human-rating evidence, and we verify that history through the certification lead rather than a keyword. Uncrewed launch and satellite seats usually need awareness rather than authorship. Clearances depend on the program: we confirm the requirement during scoping, verify US-person status where ITAR applies, and verify active clearance directly rather than taking a resume claim.

Do you offer a placement guarantee?

Yes. Every Avionics Engineer placement carries a replacement guarantee. Guarantee terms are confirmed in writing at engagement start.

Can you build a full avionics team?

Yes. Multi-hire builds (an avionics lead plus flight computer, power distribution, harness, EMI/EMC, integration and HITL engineers for a new vehicle program, or a certification group ahead of a crewed milestone) route through embedded recruiting or RPO. Single retained searches run through aerospace and defense engineering search, and confidential avionics lead and VP Avionics seats route through executive search.

Ready to hire

Talk to an engineering search recruiter

30-minute scoping conversation. We’ll review the Avionics Engineer role you need — vehicle type, architecture ownership, certification context, program phase, HITL and clearance requirements — then recommend the right hire path and start sourcing.

Hire Avionics Engineers →
Related: Hardware Engineer hiring  ·  FPGA Engineer hiring  ·  Avionics engineer salary guide
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