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Leads external manufacturing operations at semiconductor subcontractors, driving operational stability, yield, quality, delivery, cost, continuity, and supplier performance. Manages strategic projects involving operational excellence, value engineering, and quality improvement while coordinating suppliers, customers, business units, and project teams. Requires strong analytical, troubleshooting, structured problem-solving, communication, and project management skills in high-volume semiconductor manufacturing environments.

Develops and validates eFuse, Hot-Swap, and power-switch solutions for AI servers and data-center infrastructure. Responsibilities include power-tree analysis, system modeling, protection-strategy optimization, reference design development, customer design reviews, system bring-up, debugging, benchmarking, and technical documentation. The role interfaces with customers, data-center architects, power-electronics teams, and internal marketing and systems groups to optimize high-voltage power-delivery architectures.

Performs wafer-level semiconductor device characterization, reliability testing, and automated measurement development. Operates probe stations and parameter analyzers, develops Python-based instrument control and data-analysis workflows, validates data quality, troubleshoots integrated hardware and software systems, and applies statistics, AI, and machine learning to anomaly detection, test optimization, predictive maintenance, and reporting. Owns laboratory test systems, calibration, maintenance, compliance, scheduling, documentation, and user training while collaborating with engineering, facilities, vendors, and external partners.

Sustain and improve Color Filter Array semiconductor manufacturing processes across photolithography, wet processing, dry etch, metrology, and defect analysis. Investigate statistical process control issues, drive corrective actions, improve yield, lead cross-functional problem solving, direct experiments and inspections, operate advanced metrology equipment, and document findings. This role works rotating day and night shifts in a compressed schedule.

Leads system architecture and technical strategy for advanced power electronics solutions serving automotive, industrial, and AI data center markets. Defines scalable architectures, requirements, interfaces, and trade-offs across power, control, thermal, cost, and safety constraints. Collaborates with OEMs, Tier 1 partners, and cross-functional hardware, software, systems, product, design, and validation teams. Guides safety compliance, system modeling, simulation, testing, roadmap planning, and engineering team development.

Develops and qualifies advanced MOCVD processes for wide-bandgap and high-power transistors. Leads projects involving epitaxy performance, process control, wafer characterization, and production qualification, while producing epi wafers for fab programs. Collaborates with process engineering, integration, and device teams to improve wafer attributes, device performance, and yield. Requires hands-on, data-driven process development experience and project leadership.

Lead Post-Fab module engineering for 300mm wafer manufacturing: own toolsets, develop and scale processes, qualify materials/equipment, troubleshoot yield issues, drive tool matching and variation reduction, apply statistical methods for continuous improvement, lead technical projects, mentor engineers, and ensure safety and quality compliance.

Lead and support furnace processes for 300mm silicon wafer manufacturing. Maintain ASM/TEL/Bruce equipment, drive process and equipment improvements, design experiments, apply SPC and data analysis to resolve production issues, provide lot disposition, and contribute to yield, cost, and throughput improvements within the first year.

The Staff Human Resources Business Partner provides strategic HR support, driving HR programs, managing employee relations, and partnering with leadership to align HR initiatives with business objectives.

Lead new product development for analog, mixed-signal, and digital ICs, defining DfT strategies, developing ATE test programs and hardware, owning pre- and post-silicon bring-up, validation, characterization, and driving test-cost, yield, and quality targets across product lines.