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Support customers by providing system-level technical recommendations for analog power products, developing reference designs and application notes, debugging board and system-level hardware, delivering demos and training, and collaborating with design and marketing teams to influence product roadmaps.

Define and prioritize roadmaps for analog power product lines, develop positioning, pricing, and go-to-market plans, engage customers and sales, collaborate with engineering on product definitions, monitor competitors, create marketing collateral, and support product launches to drive revenue and adoption.

Define analog power product requirements and roadmaps by analyzing applications and customer needs. Collaborate with design, applications, and marketing to assess architectures, validate silicon systems, troubleshoot system-level issues, document product lifecycle, and drive NPI strategy and cross-functional execution to maximize market adoption.

Design and verify digital logic for power-management analog ICs across the full digital design cycle: architecture, RTL, verification, synthesis, timing closure, layout supervision, silicon characterization, and cross-functional collaboration with analog, systems, test, and product teams.

Develop and prepare multi-dimensional semiconductor layouts and detailed drawings from schematics using CAD tools. Verify dimensions and specifications, review layouts, and collaborate with engineering stakeholders. Contribute to layout methodology, reliability/ESD considerations, and mentor junior staff when required.

Support and improve diffusion manufacturing processes in a high-volume 200mm wafer fab. Implement process improvements, execute equipment/process startups and experiments, perform lot/equipment dispositions, analyze data, and drive yield, efficiency, cost, and quality improvements.

Select, install, maintain, and improve metrology and manufacturing equipment; diagnose equipment performance and reliability issues; define preventative maintenance; support repair and process engineering; increase uptime and document equipment maintenance activities in a semiconductor manufacturing environment.

Lead strategy and execution to improve AI and search visibility (GEO/AEO). Track visibility scores, define new performance metrics, run tests, analyze results, and present actionable recommendations while coordinating cross-functional teams to improve findability.

As a Photolithography Process Development Engineer, you will develop and optimize photolithography processes for advanced semiconductor manufacturing, focusing on 20nm-class technologies, while collaborating with cross-functional teams to ensure performance and yield targets are met.

Drive digital and analog verification for mixed-signal sensor chips: develop verification/test plans, create SystemVerilog chip-level testcases and behavioral analog models, run simulations/regressions, debug, close verification metrics, implement DFT/ATPG/BIST strategies, and collaborate with design and systems teams to resolve spec gaps and mitigate risks.