Jobs at Polar Semiconductor

Develop, validate, maintain, and support Process Design Kits (PDKs) and associated EDA flows. Build and maintain DRC/LVS/PEX/ERC checks, regression QA flows, issue tracking, and provide technical support and training to internal and external customers across multiple EDA platforms.

Lead development, transfer, and optimization of FEOL process flows for Power Trench MOSFETs and BCD devices. Perform TCAD simulations, design experiments, analyze electrical and process data, support test chip processing and transfers, recommend layout and test structures, mentor junior engineers, and report progress to management and customers while supporting quality, safety, and yield initiatives.

Leads customer-funded semiconductor technology development, qualification, manufacturing transfer, product launch, and production ramp programs. Coordinates cross-functional engineering, manufacturing, quality, supply chain, operations, and customer teams. Manages schedules, budgets, risks, scope changes, technical milestones, deliverables, executive reporting, and customer communications while supporting proposals, contracts, and commercialization objectives.

Improve semiconductor manufacturing throughput and efficiency by measuring capacity, analyzing operational data, implementing lean improvements, optimizing layouts and schedules, and reducing cycle-time variation to meet production goals.

Serve as the bridge between finance and IT to optimize and automate O2C, P2P, month-end close, and reporting. Design Microsoft Fabric data pipelines, build Power BI executive dashboards, administer Dynamics 365 F&O and Great Plains, maintain SQL/Python integrations, support ERP implementations and testing, and partner with Finance stakeholders to deliver analytics, process improvements, and SOX-ready documentation.

Support and improve die yield for semiconductor manufacturing by monitoring and optimizing equipment and processes, driving yield improvements, coordinating with design/test/reliability/manufacturing, managing product introductions and production support, and developing process improvements to reduce cost and increase yield.

Develop, program, debug, and sustain automated parametric test equipment for wafer fabrication. Write C test programs, perform device and tester debug, run DOE/SPC statistical analysis to locate yield issues, support process development and production, train and document procedures, and improve test efficiency and tester troubleshooting.

Lead development and transfer of GaN-on-Si HEMT process flows, perform simulations and experiments, analyze electrical and process data, optimize process modules, support test chip fabrication and transfer, recommend test structures and layout rules, and report progress to management and customers. Drive cross-functional technical leadership and continuous improvement for manufacturability and reliability.

Develop, program, debug, and sustain automated parametric and functional test equipment for semiconductor wafers. Perform statistical analysis (DOE, SPC) to identify yield loss/root causes, improve test programs, support process development and production, and collaborate with product/process engineering to ensure accurate test specifications and results.

Support semiconductor manufacturing by dispositioning discrepant material, maintaining process recipes, qualifying equipment and new tools, responding to out-of-control events, driving yield and efficiency improvements, training technicians, and analyzing failed runs to recommend process changes.