Zoox
Zoox Benefits Overview
Compensation + Benefits
Offers 401(K)
Offers life insurance
Offers company equity
Offers dental insurance
Offers health insurance
Offers mental health benefits
Offers Flexible Spending Account (FSA)
Offers vision insurance
Offers Health Savings Account (HSA)
Offers generous parental leave
Company Culture
Provides commuter benefits
Provides free snacks and drinks
Offers diversity-based Employee Resource Groups
Work-Life Balance + Wellbeing
Offers company-sponsored outings
Offers an Employee Assistance Program (EAP)
Offers generous PTO
Provides paid sick days
Offers unpaid extended leave
Provides paid holidays
Provides bereavement leave
Recently posted jobs
9 Days AgoSaved
Artificial Intelligence • Machine Learning • Robotics • Software • Transportation • Design • Manufacturing
Lead the architecture and strategy for onboard GPU execution in Zoox autonomous vehicles. Define GPU scheduling, multi-tenancy, isolation, deterministic latency, compute budgets, hardware selection, and inference performance direction. Drive end-to-end reductions in latency, utilization, power, and cost across models, runtimes, middleware, and hardware. Provide technical leadership, mentor senior engineers, align cross-functional teams, and lead platform bring-up and performance optimization.
Artificial Intelligence • Machine Learning • Robotics • Software • Transportation • Design • Manufacturing
Lead ML training performance for large-scale VLM, VLA, foundation-model, and reinforcement-learning systems. Design distributed parallelism, mixed-precision strategies, gradient checkpointing, GPU kernels, profiling workflows, and performance benchmarks. Own RL optimization strategy and roadmap, diagnose bottlenecks across compute and networking layers, partner with research and engineering teams on architecture, and mentor engineers.
Artificial Intelligence • Machine Learning • Robotics • Software • Transportation • Design • Manufacturing
Design, train, and validate machine learning models that improve simulated LiDAR, radar, and camera realism for autonomous vehicle simulation. Build datasets from real and simulated sensor data, integrate 3DGS and NeRF reconstruction, develop generative augmentation methods, define sensor realism metrics, reduce sim-to-real gaps, and mentor engineers and interns.
