Electronics Verification Engineer

Job Description:

The Electronics Verification Engineer is responsible for validating and qualifying electronic hardware from prototype through production. On a day-to-day basis, this role involves hands-on board bring-up and bench testing using lab instrumentation (oscilloscopes, DMMs, power supplies, etc.), executing validation plans against design requirements, troubleshooting circuit-level failures, performing PCB rework, and capturing/analyzing test data. The engineer writes and maintains test procedures, documents results in clear lab reports, tracks issues to resolution with cross-functional teams, and supports NPI milestones (EVT/DVT/PVT). This is a lab-heavy role that balances structured test execution with real-time debug and root-cause analysis to ensure hardware meets performance, reliability, and quality standards.

Minimum Qualifications

•       2+ years experience in electronics test, validation, or hardware quality engineering (or equivalent).

•       Strong fundamentals in analog and digital circuits; able to read schematics, review PCB layout, and perform board bring-up.

•       Hands-on troubleshooting, failure analysis, and PCB rework; proficient soldering of fine-pitch components.

•       Proficient with lab instrumentation: oscilloscope, DMM, function generator, power supplies, electronic loads, LCR meter (plus protocol/debug tools as applicable).

•       Ability to create and execute validation plans (test matrix/DVP&R), define pass/fail criteria, and trace tests to requirements/specifications.

•       Experience designing and executing manual and/or automated tests; strong test data capture, organization, and analysis.

•       Clear written and verbal communication: lab reports, test summaries, issue tracking.

Preferred Qualifications

•       Experience with NPI phases (EVT/DVT/PVT), fixture design, and design-for-test concepts.

•       Python-based test automation, data analysis, and plotting.

•       PCB schematic/layout familiarity (Altium/Cadence/KiCad/Eagle).

•       Use of LLM based tools to expedite processes.

•       Reliability/environmental testing exposure (thermal, vibration/shock, humidity, ESD).

•       DOE/statistics experience and strong presentation of results.