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Improve semiconductor manufacturing processes, reduce production costs, establish process conditions and parameters, manage process improvement projects, evaluate new equipment and materials, and analyze production abnormalities. The role also supports tactical capacity planning and integrates AI-assisted tools into operational workflows to improve efficiency, quality, and problem-solving.

The role focuses on advancing photolithography through automation and data-driven solutions, collaborating with engineers and optimizing systems.

Design and validate advanced analog mixed-signal circuits for HBM products including amplifiers, comparators, bandgap refs, LDOs, charge pumps, oscillators, DLLs and IOs (DDR/LPDDR). Drive layout, EM/IR optimization, parasitic modeling, tape-out revisions, reliability verification, and cross-functional integration with power delivery, process, test, and product teams. Use industry simulators and AI tools to improve PPA and delivery.

Plan and optimize semiconductor manufacturing capacity, including short- and long-term demand planning, bottleneck mitigation, capital and expense requirements, fab space layouts, tool installation, and resource allocation. The role monitors performance parameters, coordinates with engineering and facilities teams, applies PDCA practices, and identifies opportunities to use AI to improve workload efficiency and operational performance.

Leads global assembly and test supply assurance across semiconductor manufacturing sites. Develops supply strategies, manages inventory and operational metrics, addresses supplier capacity challenges, and drives procurement productivity and AI initiatives. Coaches Supply Managers and Procurement Operations Managers, collaborates with suppliers and senior stakeholders, and delivers strategic solutions supporting cost, fulfillment, and manufacturing objectives.

Performs IP, block, and subsystem ASIC verification using SystemVerilog and UVM, including test planning, testbench development, RTL debugging, assertions, scoreboards, functional and code coverage, mixed-mode verification, and signoff. Mentors junior engineers and collaborates with globally distributed technical teams to deliver first-pass products.

The role involves leading process engineering initiatives, mentoring engineers, and driving innovation to improve semiconductor manufacturing processes.

Develop and validate high-performance embedded firmware for Micron memory controllers and enterprise SSDs. Responsibilities include designing, coding, debugging, bench testing, failure analysis, simulation, product testing, customer-requirement validation, and developing firmware test tools. Collaborate with hardware, systems, product, memory design, and manufacturing teams; participate in Agile/Scrum processes, code reviews, documentation, and NVMe protocol firmware development.

Integrate and monitor semiconductor process control KPIs across SPC, FDC, R2R, and related systems. Identify performance gaps, coordinate corrective and preventive actions, develop monitoring dashboards, analyze data with SQL and Snowflake, and support AI-enabled manufacturing initiatives. The role collaborates with manufacturing, quality, automation, IT, and global process control teams while maintaining technical documentation, governance workflows, and audit evidence.

Owns the identification, prioritization, and implementation of AI solutions that reduce costs across procurement, manufacturing, planning, and program management. Collaborates with data scientists, data engineers, and global business teams to develop business cases, validate ROI, monitor financial and operational impact, and establish new AI use cases. Requires strong cost-project experience, analytical ability, communication skills, and cross-functional leadership, preferably in the semiconductor industry.