Senior Software Engineer, Quantum Applied Research

NVIDIA AI; Redmond (WA); On-site; USD 170,000 - 260,000; Full time

Benefits offered by this job

Equity

Job summary

NVIDIA AI in Redmond seeks a senior software engineer to design and build scalable data platforms, orchestration layers, and synthetic data pipelines for quantum computing system modeling, enabling robust, production-grade workflows.

You will collaborate across research and engineering teams to integrate AI models and simulation environments for accelerated computing, optimize performance, and contribute to GPU-accelerated pipelines that power next-generation workloads.

Qualifications

• Requires degree in Computer Science, Engineering, or Physics with 10+ years in production-grade software and distributed systems.
• Proficiency in Python, C++, or Go and knowledge of quantum computing concepts.

Responsibilities

• Design and build scalable data platforms and orchestration layers.
• Collaborate across research and engineering to integrate AI models and simulation environments.

Skills

Quantum Computing

Distributed Systems

Data Engineering

Python

C++

Go

API Design

CI/CD

GPU Acceleration

CUDA

High Performance Computing

Synthetic Data Generation

Agentic Systems

System Modeling

Observability

Performance Optimization

Education

Degree in Computer Science, Engineering, or Physics

Job description

Design and build scalable data platforms, orchestration layers, and synthetic data pipelines to support quantum computing system modeling. Collaborate across research and engineering teams to integrate AI models and simulation environments for accelerated computing.

Requirements

Requires a degree in Computer Science, Engineering, or Physics with over 10 years of experience in production-grade software and distributed systems. Proficiency in Python, C++, or Go and a working knowledge of quantum computing concepts are essential.

Key Skills

• Quantum Computing
• Distributed Systems
• Data Engineering
• Python
• C++
• Go
• API Design
• CI/CD
• GPU Acceleration
• CUDA
• High Performance Computing
• Synthetic Data Generation
• Agentic Systems
• System Modeling
• Observability
• Performance Optimization

Benefits

• Equity