Top Tech Jobs & Startup Jobs in San Francisco Bay Area, CA

As a Senior Software Engineer - C++ GPU Performance, you will optimize GPU algorithms, monitor performance metrics, and influence design decisions for self-driving technology.

The Software Engineer will enhance large-scale simulation pipelines for validating autonomous vehicle behavior, focusing on cost efficiency, reliability, and performance improvements.

Lead a team of software performance engineers to optimize on-bot autonomy software, ensuring performance meets latency targets and develops self-service frameworks for performance optimization.

The Sustaining Engineer will manage engineering for body and closure systems, conducting root cause analysis, driving corrective actions, and ensuring reliability and serviceability in production vehicles.

The Senior Technical Program Manager will oversee test development for New Product Introduction, ensuring production readiness by coordinating cross-functional teams, managing timelines, and driving deliverables.

The Senior Software Engineer will develop and maintain drivers for lidar, radar, and camera sensors, ensuring integration with the autonomous driving stack and collaborating with various teams to meet safety requirements.

The System Safety Engineer will analyze complex electronic and software systems for safety, lead safety analysis projects, and collaborate to improve compute platform designs in autonomous vehicles.

Lead cross-functional initiatives to ensure safety requirements for Zoox's autonomous software and vehicle platform. Oversee verification and validation programs, manage risks, and drive program execution across teams.

Lead data-quality and labeling efforts for perception ML: implement scalable quality measures, drive data-centric model improvements, maintain ontology/class structure, evaluate human vs auto-labeling trade-offs, and build metrics for labeling throughput and annotator/vendor quality.

Develop deep learned models and collaborate on generating driving plans for autonomous vehicles, employing imitation and reinforcement learning techniques.