About the Role
Picture the start of your shift : in a manufacturing lab, you power up an oscilloscope and automated test equipment, load the latest test plan, and begin evaluating boards and assemblies. You spot a subtle signal anomaly, document the nonconformance, and partner with production to trace the cause. You recalibrate a tester, review drawings against IPC criteria, and close the loop with a concise report for an internal audit. As an Electronic Systems Quality Assurance Technologist, your work keeps our products reliable and compliant from build through final test.
What You’ll Do
- Examine and functionally test electronic components, subassemblies, and complete systems using specialized instruments and automated test platforms.
- Detect and record defects and deviations; compile findings and recommend targeted corrective and preventive actions.
- Conduct root cause analysis and contribute to continuous quality improvements across processes and products.
- Own the care, calibration, and operational readiness of test and measurement equipment.
- Partner closely with engineering and manufacturing teams to resolve quality issues quickly and effectively.
- Interpret drawings, schematics, and specifications to verify adherence to requirements and IPC criteria.
- Capture, analyze, and summarize test data; generate clear reports and maintain complete quality records.
- Assist with internal audits and support regulatory and quality system compliance efforts.
Qualifications
Required
Associate degree or technical certification in electronics, electrical engineering, or a related discipline.2+ years of hands-on electronics testing and / or quality assurance experience.Proficiency with multimeters, oscilloscopes, and automated test equipment (ATE).Solid working knowledge of IPC standards and ISO 9001 quality systems.Exceptional attention to detail with strong analytical problem-solving.Clear communicator and team collaborator.Preferred
Background in SMT processes and PCB inspection.Familiarity with Lean Manufacturing and / or Six Sigma methods.Experience with SPC and failure mode analysis methodologies.Work Environment
Hands-on manufacturing and laboratory settings.Periodic standing and precise handling of delicate electronic parts.Occasional overtime or varied shifts tied to production needs.Technical Proficiencies
Statistical Process Control (SPC)Process Failure Mode and Effects Analysis (PFMEA)PCB Assembly and PCB ComponentsSurface-mount reworkKaizen and continuous improvementQuality control practices and data analysisElectrical / electronic systemsLean Manufacturing principlesSix Sigma experienceISO 9001 certification experienceRoot cause analysisTools & Technologies
Quality Control Software, plus multimeters, oscilloscopes, and ATE