Sobre este puesto de Senior Staff Machine Learning Performance Engineer en XPENG
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Training Performance at Scale: Own step time, scaling efficiency and long-run stability for foundation-model training across thousands of accelerators — from the data path to kernels, parallelism and communication.
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Cross-Team Technical Leadership: Work directly with the modeling, infrastructure, simulation, data-mining and robotics teams on their hardest bottlenecks, and set the performance direction those teams build against.
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Reusable by Design: Turn one-off wins into modular components that become defaults across most models and workloads, rather than a patch that helps a single job.
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Observability at Scale: Extend performance tooling and metric coverage across the stack, while keeping instrumentation overhead low enough to stay on for production jobs fleet-wide.
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Agentic Automation: Build agents that reproduce any job on demand, verify numerical parity and separate a real regression from run-to-run noise — so that most of the optimizations that land are found and fixed by AI rather than by hand.
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Master's or PhD in CS, CE or EE, or equivalent practical experience, with 8+ years of industry experience, the majority of it in performance engineering.
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Hands-on experience optimizing GPU training or inference workloads in production, at multi-node scale.
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A track record of diagnosing performance problems in real production workloads and landing the fixes — often in systems owned by other teams — with the gain measured and verified in production.
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In-depth understanding of computer architecture and high-performance computing.
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Strong C++ and Python, with a solid command of data structures and algorithms.
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Hands-on experience writing and tuning CUDA or Triton kernels.
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Fluent in PyTorch, with concrete insight into what makes PyTorch code fast or slow — graph breaks, host-side overhead, synchronization points and memory layout.
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Training at the scale of thousands of accelerators, including multi-node failure modes and long-running job stability.
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Building profiling, tracing or benchmarking infrastructure that other teams depend on — CUPTI, Perfetto, or equivalent.
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Using LLM agents to automate parts of an engineering workflow.
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Autonomous driving, robotics, or another domain with hard latency, power and memory constraints.
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Publications or open-source contributions in ML systems or performance.
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A fun, supportive and engaging environment.
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Infrastructures and computational resources to support your work.
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Opportunity to work on cutting edge technologies with the top talents in the field.
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Opportunity to make a significant impact on the transportation revolution by the means of advancing autonomous driving.
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Competitive compensation package.
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Snacks, lunches, dinners, and fun activities.