Drimva

Qualcomm

AI Performance Engineer (Cloud AI Engineering), Sr | Staff | Sr. Staff

$194K–$292K

San Diego, California · On-site · Senior Staff · Full-time · Posted Sep 17, 2026

Experience
6+ years with a bachelor's degree, 5+ years with a master's degree, or 4+ years with a PhD in a related field.
Education
Bachelor's, master's, or PhD in Computer Science, Engineering, Information Systems, or a related field.

About the job

Develop and optimize AI models and inference workloads for Qualcomm cloud AI hardware, from performance analysis through deployment and customer solutions.

What you'll do

  • Convert, optimize, and deploy models for inference; analyze and improve LLM, VLM, and diffusion model performance for throughput and latency.
  • Map AI workloads to current and future hardware, and develop high-level kernels such as those in Triton.
  • Investigate performance and stability issues, build performance-insight tools, and collaborate with customers and internal compiler, firmware, and platform teams.

What they ask for

  • Hands-on experience building and optimizing language models, particularly with PyTorch and ONNX.
  • Strong understanding of transformer architectures, attention mechanisms, and performance trade-offs.
  • Experience with workload mapping strategies involving sharding or other parallelisms; strong Python programming skills.
  • Understanding of computer architecture, ML accelerators, in-memory processing, and distributed systems.

Nice to have

  • Background in neural network operators, linear algebra, and math libraries; understanding of machine learning compilers.
  • Experience with accuracy convergence and evaluation, torch.compile, or torchDynamo; PhD in Computer Science, Computer Engineering, or Machine Learning.

Pay

$194,400.00 - $291,600.00 USD base salary

Tools

PyTorch, ONNX, Triton, torch.compile, torchDynamo

AI focus

Inference acceleration and performance optimization for language, vision-language, and diffusion models, including GenAI algorithms such as attention mechanisms and MoEs.

Model-written summary · the original posting is authoritative

First seen Oct 28, 2026 · Last verified Nov 5, 2026 (UTC)