Bachelor's degree in Electrical Engineering or related field.
3-7 years of experience in troubleshooting complex PCB assemblies or electronic systems.
Proven ability to diagnose PCB issues to the component or circuit-function level.
Strong knowledge of various circuit types including analog, digital, and mixed-signal.
Proficiency with advanced measurement tools like oscilloscopes and lab instrumentation.
Experience leading root cause investigations and documenting findings.
Ability to manage multiple investigations with accurate documentation.
Responsibilities
Independently troubleshoot complex PCB assemblies with intermittent failures.
Diagnose failures at the circuit, component, and system-interface levels.
Analyze various circuit types including power supply and control circuits.
Utilize diagnostic equipment such as oscilloscopes and thermal cameras.
Interpret schematics and PCB layouts to identify failure mechanisms.
Lead investigations for recurring production and engineering test failures.
Develop troubleshooting plans and validate corrective actions.
Benefits
401(k) Matching
Health Insurance
Dental Insurance
Vision Insurance
Disability Insurance
Employee Assistance Program
Flexible Spending Account
Life Insurance
Paid Time Off
Tuition Reimbursement
Full Job Description
An Electrical Engineer II independently troubleshoots complex printed circuit board assemblies and electrical subsystems used in EPC Power conversion systems. In this role an Electrical Engineer II will diagnose failures to the circuit or component level, lead structured root cause investigations, and develop corrective actions for production, development, and field-return issues. This role requires strong hands-on debug capability, sound circuit analysis, and the ability to solve difficult PCB problems with limited supervision.
Requirements
Responsibilities:
Independently troubleshoot complex PCB assemblies that are not functioning as intended, including intermittent or difficult-to-reproduce failures.
Diagnose board-level failures to the circuit, component, layout, process, application, or system-interface level using a structured troubleshooting approach.
Analyze analog, digital, mixed-signal, communication, sensing, protection, power supply, gate-drive, isolation, and control circuits.
Use oscilloscopes, differential probes, current probes, logic analyzers, power analyzers, thermal cameras, curve tracers, soldering/rework tools, and other diagnostic equipment as appropriate.
Interpret schematics, PCB layouts, BOMs, datasheets, signal paths, test procedures, firmware interfaces, and production data to identify failure mechanisms.
Lead root cause investigations for recurring production failures, engineering test failures, returned PCB assemblies, and test escapes.
Develop troubleshooting plans, test setups, fault-isolation methods, and validation activities to confirm root cause and verify corrective action effectiveness.
Identify design, component, supplier, manufacturing, workmanship, handling, firmware-interface, or test-process contributors to PCB failures.
