Product Development Engineer (28nm CMOS)Confidential – Leading Semiconductor ManufacturerWhy This RoleThis is a rare opportunity to work at the core of 28nm CMOS technology development, where device physics meets real-world production. You'll take ownership of process integration, drive yield improvements, and help transition advanced nodes into high-volume manufacturing.If you enjoy solving complex problems at the transistor and process level—and want your work to directly impact production—this role delivers.What You'll DoProcess Integration & Device OptimizationDevelop and refine 28nm CMOS process flows across FEOL/BEOLOptimize transistor performance, variability, and reliabilityWork closely with device, design, and fab teams to align performance targetsYield & Performance EngineeringAnalyze electrical test data, inline metrics, and defectivity trendsDrive yield improvement through root cause analysis and corrective actionsCorrelate parametric data to process variations and device behaviorTechnology Transfer & Manufacturing RampSupport transition from development to high-volume manufacturing (HVM)Define process windows, control plans, and production specsPartner with manufacturing teams to ensure stable, repeatable outputCross-Functional CollaborationInterface with design, modeling, and reliability teamsContribute to DTCO/STCO efforts for performance and scalingSupport failure analysis and long-term reliability improvementsWhat You BringBS/MS/PhD in Electrical Engineering, Materials Science, Physics, or related field~5–12 years of experience in semiconductor process development or integrationStrong background in:CMOS technology (?28nm preferred)Process integration (FEOL, HKMG, silicidation, or BEOL)Device physics and electrical characterizationExperience with:Yield analysis, DOE, SPC, and failure analysisTCAD or electrical simulation tools (a plus)Ability to work cross-functionally in a fast-paced fab environmentWhat Makes This Role DifferentEnd-to-end ownership — from process development to production rampHigh visibility — direct impact on yield, performance, and business outcomesAdvanced node exposure — meaningful work at 28nm and beyondTechnical depth — real device-level problem solving, not just incremental optimizationIdeal BackgroundsProcess Integration Engineer (CMOS / Logic)Device Engineer with strong fab interactionYield / Product Engineer with deep process understandingEngineers from leading IDMs or foundries working on sub-40nm nodes