Top Engineering Jobs

The Equipment Technician will monitor and improve equipment performance, perform maintenance, and troubleshoot electro-mechanical equipment in semiconductor manufacturing.

Lead early-phase semiconductor process and hardware development to transition new products to high-volume manufacturing. Collaborate with technology development, manufacturing, suppliers, and EHSS to optimize processes, improve yield/quality, reduce cost, and develop process and module-level control models.

The Staff Engineer will lead chemical system design for construction projects, provide technical support, and align operational initiatives across regional facilities. Responsibilities include driving operational excellence, improving utility quality, and implementing maintenance programs while collaborating with various teams to achieve sustainability goals.

Own probe strategy and silicon learning at wafer test across pre-silicon through HVM. Define probe coverage, limits, and guard-bands; enable NPI and first-silicon bring-up; drive yield, quality, and cost optimizations; collaborate with Design, DFT, DV, Process, Test, and Reliability; apply data analytics and AI/ML for probe and test optimization.

Develop and debug ATE test programs for wafer sort and final test, support silicon bring-up and production ramp, drive yield analysis and failure characterization, optimize test coverage and test time, support hardware bring-up (probe cards, load boards, testers), and apply AI/ML and data-driven methods to improve yield, anomaly detection, and test program productivity across NPI and HVM.

Lead global dry etch tool installation qualification (TIQ) programs: define scope, timelines, and metrics; align cost and schedule goals; drive continuous improvement and documentation; coordinate with fabs and suppliers; prioritize projects through the lifecycle; and apply AI/digital tools for operational efficiency.

Own and optimize CMP processes across development and high-volume manufacturing. Troubleshoot production issues using failure analysis and quality methods, drive yield and cost improvements, qualify new process baselines/tools/materials, and evaluate equipment and supplier performance to ensure process stability and portability.

Design, implement, and test SSD firmware subsystems to meet performance, endurance, capacity, functionality, and reliability targets. Develop firmware unit and functional tests, debug embedded code (primarily C), integrate storage interfaces (PCIe/NVMe), and apply AI-assisted tools to improve development efficiency and quality. Communicate status across teams and mentor colleagues.

Lead design, expansion, maintenance, and reliability improvements for semiconductor fab mechanical and cleanroom systems (HVAC, chillers, cooling towers, compressed air, process cooling, etc.). Drive preventive and predictive maintenance, troubleshoot production-impacting issues, perform root-cause analysis, manage spare parts and procurement, and implement sustainability and smart/AI initiatives.

Lead post-silicon yield, RMA, and reliability investigations for complex ASICs. Drive root-cause analysis across device, circuit, die, package, and system levels; manage failure analysis (FIB, SEM/TEM, OBIRCH, emission microscopy), coordinate cross-functional corrective actions, provide design-process interaction guidance, and influence design and technology roadmaps to improve yield and product robustness.