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The Senior Principal Engineer will architect digital data paths for high-speed CMOS ICs, develop calibration algorithms, and lead design integration for broadband communication systems.

The role involves verifying embedded software for Battery Insights algorithms in Automotive and Energy Storage applications, including developing automated testing frameworks and executing tests on embedded systems.

The Digital Design Engineer will design integrated solutions for industrial automation, covering system architecture, RTL design, verification, and participate in technical initiatives, mentoring juniors.

The Staff Data Engineer will lead data engineering initiatives, creating scalable data solutions, guiding teams, and maintaining data quality while utilizing various technologies.

The Senior RFIC Design Engineer will be responsible for designing and developing RF products, performing circuit design evaluations, mentoring junior engineers, and leading projects in RF semiconductor technology.

Build and maintain operational datasets tracking technical skills, staffing, and capacity; use AI-enabled tools to analyze resourcing and forecast licensing costs; automate reporting and forecasting; engage global stakeholders across Operations, HR, Finance, and program leads; present actionable insights to senior leadership to inform hiring and strategic planning.

Lead architecture, transistor-level design, simulation and validation of power-management analog blocks (switching regulators, LDOs, charge pumps) for PMICs. Integrate blocks into mixed-signal SoCs, drive silicon bring-up and debug, present to customers, mentor engineers, and improve analog design methodologies to meet power, performance, and timing targets.

Lead and grow a global test engineering team for high-voltage/protection product development. Drive silicon validation, characterization, qualification, test development and manufacturing readiness. Partner cross-functionally with Design, Product, Reliability and Operations to resolve technical and manufacturing issues, improve yield and quality, manage project priorities and schedules, and champion automation and reusable test solutions while mentoring engineering talent.

Perform supply and demand gap analysis, identify and resolve constraints and supply risks, drive corrective actions and process improvements, prepare root-cause reports, manage at-risk orders recovery, support delivery helpdesk, present recommendations to SCM leadership, and participate in approved projects while ensuring quality, safety, and environmental compliance.

Support assembly engineering for semiconductor products by collaborating with cross-functional teams, developing and documenting assembly processes, producing drawings and reports in AutoCAD and Microsoft Office, using Power BI for analysis (preferred), and multitasking across projects.