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Perform design verification of RISC-V processors/cores including reviewing design/specifications, developing testbenches and test plans, creating and debugging tests, driving coverage closure, and developing modeling, flows, and methodologies for IP/SoC verification.

Perform design verification for RISC-V processors/cores: review design and RISC-V specifications, develop testbenches, create test plans and tests, debug test cases, drive coverage closure, build models, and develop verification flows and methodologies. Document processes and collaborate across teams to ensure robust IP/SoC verification.

Perform design verification of RISC-V processors/cores: review design/specs, develop testbenches and test plans, create and debug tests, close coverage, and develop modeling, flow, and methodology.

Entry-level manufacturing engineer supporting 200mm semiconductor processes. Drive continuous improvement, design and analyze experiments (DOE), troubleshoot equipment/process issues, collaborate with technicians and engineering teams to improve throughput, yield, cost, and quality while applying structured problem-solving and safety practices.

Oversee and optimize wet cleans processes: develop recipes, reduce variability, document procedures, start up and qualify processes/equipment, improve tool-to-tool matching, support CIP and SPC programs, troubleshoot yield/defect issues, and collaborate cross-functionally to meet quality, cost, productivity, and yield goals.

Lead RTL development and microarchitecture of an AI-enabled RISC-V CPU core, including vector and matrix engines. Drive design for performance, power, area, verification support, and SoC integration while collaborating with cross-functional teams to meet timing, reliability, testability, and power goals.

The role involves leading Silicon Photonic process integration, driving technology improvements, and collaborating with teams for project management. Requires strong leadership and technical skills.

Design and own RTL for AI-enabled RISC-V CPU cores including vector and matrix engines. Drive microarchitecture, performance/power/area trade-offs, support functional verification, and collaborate on physical design integration and validation.

The Associate Engineer is responsible for maintaining semiconductor manufacturing equipment, handling breakdowns, and following safety standards, while supporting 24/7 operations.

The Lead, Commercial Transformation role focuses on executing commercial transformation initiatives, enhancing processes and systems, and supporting cross-functional programs in a semiconductor manufacturing environment.