Senior Deep Learning Software Engineer, LLM Performance

NVIDIA NVIDIA · Semiconductors · Santa Clara, CA

Senior Deep Learning Software Engineer focused on optimizing LLM inference performance on NVIDIA accelerators using frameworks like TensorRT LLM, VLLM, and Triton. The role involves implementing and scaling inference, serving, and deployment algorithms, collaborating with various teams, and contributing to NVIDIA/OSS LLM frameworks.

What you'd actually do

  1. Performance optimization, analysis, and tuning of LLM, VLM and GenAI models for DL inference, serving and deployment in NVIDIA/OSS LLM frameworks.
  2. Scale performance of LLM models across different architectures and types of NVIDIA accelerators.
  3. Scale performance for max throughput, minimum latency and throughput under latency constraints.
  4. Contribute features and code to NVIDIA/OSS LLM frameworks, inference benchmarking frameworks, TensorRT, and Triton.
  5. Work with cross-collaborative teams across generative AI, automotive, image understanding, and speech understanding to develop innovative solutions.

Skills

Required

  • Bachelors, Masters, PhD, or equivalent experience in relevant fields (Computer Engineering, Computer Science, EECS, AI).
  • At least 8 years of relevant software development experience.
  • Excellent Python/C/C++ programming, software design and software engineering skills
  • Experience with a DL framework like PyTorch, JAX, TensorFlow.

Nice to have

  • Prior experience with a LLM framework or a DL compiler in inference, deployment, algorithms, or implementation
  • Prior experience with performance modeling, profiling, debug, and code optimization of a DL/HPC/high-performance application
  • Architectural knowledge of CPU and GPU
  • GPU programming experience (CUDA or OpenCL)

What the JD emphasized

  • LLM inference
  • performance optimization
  • serving
  • deployment
  • NVIDIA accelerators
  • GPU programming experience (CUDA or OpenCL)

Other signals

  • LLM inference performance optimization
  • GPU acceleration
  • Deep learning frameworks