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Lead SoC/IP verification strategy and execution. Develop and run UVM/SystemVerilog verification environments, tests, assertions, and coverage for RTL/gate-level/power-aware/FPGA/emulation. Drive DV closure, mentor team members, collaborate with design teams, and ensure functional safety/security compliance.

The role involves leading verification strategy and execution for complex SoCs, hands-on development of verification environments, and collaborating with design teams for issue resolution.

The Principal Engineer will lead the verification of complex Vision/Image Processing IPs using advanced methodologies, managing quality and process improvements, and collaborating with cross-functional teams.

Perform risk-based IT audits across global systems, cloud, and infrastructure; execute end-to-end audit engagements; assess IT/IS controls and cybersecurity; prepare reports; support advisory work, AI and analytics risk reviews, and audit automation and methodology improvements.

Lead mixed-signal AMS verification for automotive/industrial ICs: define strategies, develop simulation environments and models, bridge digital and mixed-signal flows, drive methodology improvements, support design reviews, bug tracking, post-silicon correlation, and mentor engineers to ensure robust silicon delivery.

Develop industrial test solutions for mass production, support design teams, create test strategies, and ensure product quality for automotive radar products.

Develop HAL and Peripheral device drivers for embedded systems, deliver high-quality code, support customers, and resolve system-level issues. Collaborate with various teams, contribute to open-source projects, and ensure code security and safety standards.

Drive customer relationships with automotive engineering teams to win designs by providing technical support, deep dives, training, feasibility analysis, project management, and cross-functional coordination across marketing, systems engineering, R&D, and sales.

The Digital Design Engineer is responsible for defining and realizing digital functions on ICs, including design, verification, and evaluation based on specifications. The role involves silicon validation support, working on the complete ASIC design cycle from design to silicon bring-up.

Lead yield, productivity, and cycle-time improvements for semiconductor test processes; support production lot disposition and root-cause fixes; introduce new products/processes and develop procedures, jigs/fixtures, training materials, and OCAPs for high-volume manufacturing.