Principal SoC Architect, Robotics and Automotive

Responsibilities

• End-to-End SoC Lifecycle Ownership: Define and drive the hardware architecture from early concept through bring-up and ecosystem enablement.
• Robotics & Automotive Co-Design
• Collaborate with software, deep learning, and safety teams to co-design hardware feature sets tailored for low-latency robotics spatial computing, sensor fusion, and autonomous driving pipelines.
• PPA Modeling & Analysis: Perform rigorous performance, power, and area modeling, optimizing specifically for thermally constrained robotic enclosures and automotive ECUs.
• Specification & Modeling: Author high-quality architecture specifications and drive the development of models to validate architectural choices.
• Architectural Validation: Define validation plans to ensure hardware meets strict real-time execution and safety metrics.
• Post-Silicon & Production
• Support: Participate in silicon debug, performance tuning, and the generation of user documentation for tier-1 robotics and automotive customers.
• What We Need to See
• Experience: 15+ years of deep architecture design experience in high-performance silicon.

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