PCBA Process Engineer

Overview In this role you will develop, improve, and sustain PCBA manufacturing processes to drive cost, quality, delivery, productivity and yield. You will support NPI, equipment qualification, process optimization, troubleshooting and continuous improvement in a high-tech electronics environment. Your work will bridge design and manufacturing with cross-functional teams to enable scalable, reliable production. The opportunity combines hands-on process leadership with strategic impact on manufacturing excellence. Compensation / BenefitsMedical, dental, and vision plansLife InsuranceShort-term and Long-term DisabilityMatching 401(k) ContributionsVacation and Paid Sick TimeTuition Reimbursement ResponsibilitiesAdvance PCBA process development and optimization to boost quality, cost efficiency, and throughputEvaluate designs and processes using DFX methods and establish robust, repeatable production parametersLead troubleshooting and implement corrective actions for process issuesDrive yield, productivity, throughput, cycle-time, and safety improvement initiativesSupport capital equipment selection, qualification, and new technology introductionsCreate and maintain process documentation, standards, and statistical controlsCollaborate with cross-functional teams on NPI, tech transfers, and operator training Key requirements8+ years of process engineering experience in high-technology electronics manufacturingBachelor’s degree in EngineeringDeep expertise in PCBA manufacturing: SMT, stencil printing, SPI, pick-and-place, reflow soldering, wave/selective soldering, coating, underfill, depanelizationStrong experience optimizing processes with focus on yield, quality, throughput, and cycle timeTroubleshoot complex process issues using statistical methods and root cause analysisExperience supporting NPI, technology transfers, equipment qualification, and process validation in high-volume manufacturingHands-on knowledge of process control, DOE, SPC, PFMEA, and continuous improvementStrong understanding of PCBA inspection and test methodologies: AOI, X-ray, functional testing, measurement systemsDemonstrated technical leadership enabling cross-functional collaboration and process improvement initiativesCross-functional collaborationProblem-solving orientationTechnical leadershipPCBA manufacturingSMTStencil printing