A

AMD

Designs chips for computers and AI systems

AI Systems Engineer - AI Model, Training & Inference

Applied Machine LearningUpdated on Nov 10
Full-timeMarkham, ON, CanadaNo salary listedIn-person

About the Job

Requirements

  • Industry experience shipping production AI/ML infrastructure, with hands-on work spanning both training and inference.
  • Direct experience enabling frontier models (GPT-4 class) on AMD Instinct hardware end-to-end.
  • Background in building anomaly detection, log analysis, or observability systems for large-scale distributed GPU infrastructure.
  • Familiarity with AMD Instinct MI-series architectures (MI300X, MI350X, MI355X) and RCCL communication library.
  • Contributions to open-source AI frameworks (PyTorch, vLLM, SGLang, DeepSpeed, Megatron-LM).
  • Experience designing validation frameworks, proxy benchmarks, or synthetic workload suites for GPU infrastructure at scale.
  • Experience with pre-silicon software validation or hardware-software co-verification workflows.
  • Publications or patents in HPC, ML systems, or GPU kernel optimization.

Responsibilities

  • Enable and optimize large-scale model training (LLMs, VLMs, and MoE architectures) on AMD Instinct GPU clusters, ensuring correctness, reproducibility, and competitive throughput.
  • Build and maintain training infrastructure, including job orchestration, distributed checkpointing, data loading pipelines, and storage optimization for multi-thousand-GPU clusters on Kubernetes.
  • Debug and resolve training-specific issues, including gradient norm explosions, non-deterministic behavior across GPU generations, and compute-communication overlap in distributed training (FSDP, DeepSpeed, Megatron-LM).
  • Optimize RCCL collective communication patterns for training workloads, including all-reduce, all-gather, and reduce-scatter across multi-node topologies.
  • Develop monitoring, alerting, and compliance infrastructure to ensure training cluster health, data security, and SLA adherence at scale.
  • Design and build end-to-end validation and testing infrastructure using proxy workloads, synthetic benchmarks, and configurable workload generators to systematically validate platform readiness across AMD Instinct GPU generations.
  • Write and optimize high-performance GPU kernels (GEMM, attention, quantized matrix multiplication, GPTQ/AWQ) in HIP, Triton, and MLIR targeting AMD Instinct architectures, with demonstrated ability to outperform open-source baselines.
  • Drive end-to-end inference enablement on new AMD GPU silicon by getting frontier models running on each new Instinct generation and creating reproducible guides and reference implementations.
  • Optimize inference serving frameworks (vLLM, SGLang, TorchServe) for AMD GPUs, including batching strategies, KV-cache management, speculative decoding, and continuous batching for production throughput and latency targets.
  • Develop novel approaches to inference acceleration, including bio-inspired algorithms, SLM-assisted batching, and custom scheduling strategies that exploit AMD hardware characteristics.
  • Build quantization pipelines (FP8, FP6, FP4, GPTQ, AWQ) for production model deployment, ensuring quality-performance tradeoffs are well-characterized across AMD GPU generations.
  • Collaborate with AMD silicon architecture and pre-silicon teams to provide software feedback and validate software stack integration on next-generation Instinct GPU designs for training and inference workloads.
  • Build observability and automated analysis tooling, including log analysis pipelines, anomaly detection, performance baselining, regression detection, and diagnostic workflows for large-scale GPU clusters.
  • Contribute to the open ROCm ecosystem and AMD developer experience, including SDKs, CI dashboards, documentation, and developer cloud enablement.

About the Company

AMD

Designs chips for computers and AI systems

AMD designs processors, graphics chips and AI accelerators for computer makers, cloud operators and businesses that build electronic devices. Its Ryzen processors power personal computers, while EPYC processors handle work in data centers and Radeon chips render graphics. Instinct accelerators run AI models, paired with software that developers use to train models and put them into production. AMD sells chips and related computing systems through equipment makers, distributors and retail channels, and contracts with outside foundries to fabricate its semiconductor designs. It was founded in 1969 and has its headquarters in Santa Clara, California.

Company size
10,001+
Company stage
IPO
Headquarters
Santa Clara, CA
Founded
1969

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