Top Engineering Jobs

Support new non-volatile memory product startups and sustain high-volume yields by performing yield and failure analysis, designing and running DOE, driving cross-functional mitigation taskforces, collaborating with fab/process/test teams, presenting statistical analysis, and integrating AI-assisted tools to improve yield, product grades, and reliability.

Lead photolithography process development and wafer flow execution across shifts. Manage and mentor engineers, drive operational performance (cycle time, tool readiness), partner with integration, process and manufacturing teams to resolve issues, and apply AI/LLM-enabled approaches to improve decision-making and development efficiency.

As a Design Engineer, you will design and analyze digital and analog circuits for memory products, collaborating with multi-functional teams to ensure product success.

The role involves leading lab enablement, maintaining reliability test processes, analyzing performance data, and partnering with Automation Engineers for improvements.

As an Advanced Technology Japan Engineer, you will optimize semiconductor processes, improve yields, and manage equipment evaluations while collaborating globally on technical issues.

Responsible for sustaining and improving HBM bond processes, backing up debond maintenance, setting process parameters, upgrading tool capability, evaluating new equipment/materials, performing abnormal analysis and driving process management projects. Leverages AI and data analytics for process monitoring, root cause analysis, predictive maintenance, and process optimization in semiconductor manufacturing.

Lead development of system-level DRAM solutions to optimize performance, power, and cost. Collaborate across functions to evaluate and implement DRAM and memory-system architectures, analyze system behavior, drive architectural innovation, mentor team members, and apply AI where applicable.

The Central Product Integration Engineer will lead global integration efforts to enhance yield and quality in semiconductor products. The role involves cross-functional collaboration, technical problem-solving, managing projects, and communicating with stakeholders.

Design and enable engineering tools and tester frameworks for NAND characterization, bring-up, debug, and failure analysis. Integrate lab instrumentation with testers, support tester workflows, collaborate with Device PE and Validation teams, and apply AI-enabled methods to accelerate test program development and diagnostics.

Support development and optimization of dry etch semiconductor processes through experiment design, data/statistical analysis, AI-enabled tools, and cross-functional collaboration; present results to engineering leadership.