Hybrid Quantum-HPC Platform Engineer

NVIDIA Gruppe; Westford (MA); On-site; USD 184,000 - 357,000; Full time

Benefits offered by this job

Equity

Benefits

Job summary

NVIDIA seeks a Senior Quantum/HPC Systems Engineer to design, deploy, and run a hybrid GPU–quantum platform in the Boston area. You’ll own the production HPC environment, work with quantum hardware modalities, and coordinate with partners to enable scalable workloads.

Ideal candidates bring 10+ years in HPC operations, strong Linux/Slurm experience, and proficiency with CUDA‑Q, cuQuantum, and Qiskit. Equity, benefits, and a direct impact on research compute await.

Qualifications

• 10+ years operating HPC or large-scale compute infra in production.
• Bachelor’s or Master’s in Physics/EE/CS; PhD a plus.
• Strong Linux, Slurm, and reliable operation background.
• Experience with data center networking, storage, power and constraints.
• Familiarity with quantum hardware concepts and software stacks.

Responsibilities

• Architect, deploy, and operate hybrid quantum–HPC platform infrastructure.
• Lead day-to-day ownership of GPU clusters and quantum processors.
• Integrate control interfaces, APIs, and orchestration frameworks.
• Collaborate with hardware partners on system bring-up and integration.

Skills

Python

C++

Linux administration

Slurm job scheduler

Quantum computing concepts

CUDA‑Q / cuQuantum

Networking & data center ops

API integration

Automation scripting

Education

Bachelor's or Master's in Physics, Electrical/Computer Engineering, CS

Tools

CUDA‑Q

cuQuantum

NVQlink

Qiskit

Cirq

PennyLane

Braket

Job description

NVIDIA seeks a Senior Quantum/HPC Systems Engineer to design, deploy, and run a hybrid GPU–quantum platform in the Boston area. You’ll own the production HPC environment, work with quantum hardware modalities, and coordinate with partners to enable scalable workloads.

Ideal candidates bring 10+ years in HPC operations, strong Linux/Slurm experience, and proficiency with CUDA‑Q, cuQuantum, and Qiskit. Equity, benefits, and a direct impact on research compute await.