Drimva

Neurophos

Senior Modeling Architect, Performance Benchmarking

$210K–$250K

Austin, Texas +1 · On-site · Senior · Full-time · Posted Sep 4, 2026

Location
Austin, Texas
Sunnyvale, California
Experience
5+ years; accepted fields include GPU performance engineering, accelerator benchmarking, HPC performance measurement, or ML systems measurement.
Education
BS or MS in Computer Engineering, Electrical Engineering, Computer Science, or equivalent practical experience.

About the job

Own and standardize performance and energy benchmarking for Neurophos’s T100 optical inference accelerator across analytical models, RTL simulation, and measured competing hardware.

What you'll do

  • Set and maintain benchmark methodology, workload definitions, and a reviewed internal benchmark suite across modeling fidelities and measured hardware.
  • Bring up inference workloads and measure competitors end-to-end, reporting latency, throughput, and energy metrics.
  • Document results, assumptions, configurations, and discrepancies; keep internal results separate from approved external claims.

What they ask for

  • BS or MS in Computer Engineering, Electrical Engineering, Computer Science, or equivalent practical experience.
  • 5+ years in GPU performance engineering, accelerator benchmarking, HPC performance measurement, or ML systems measurement.
  • Experience building or operating benchmark harnesses that produce measured results on real GPUs or accelerators.
  • Hands-on roofline, limiter, or analytical performance modeling; GPU profiling; Python; Linux; and cloud GPU operations.

Nice to have

  • Experience correlating performance models or RTL/Verilator simulations against measured silicon or GPUs.
  • GPU kernel work, inference-serving internals, distributed inference, or MLPerf/production inference benchmarking experience.

Pay

$210K – $250K USD base salary

Tools

Python, Linux, NVIDIA Nsight Systems, NVIDIA Nsight Compute, Hugging Face, vLLM, SGLang, TensorRT-LLM

AI focus

Benchmark AI inference workloads—including dense and MoE transformers and other workloads—to evaluate performance and energy for an optical inference accelerator.

Model-written summary · the original posting is authoritative

First seen Oct 10, 2026 · Last verified Nov 5, 2026 (UTC)