Research Engineer, Infrastructure, Inference
Designs, optimizes, and scales infrastructure for high-performance AI model inference, focusing on latency, throughput, efficiency, and reliability. Collaborates with researchers to enable production deployment of large-scale models using deep learning frameworks and distributed systems.
What You’ll Do
- Work alongside researchers and engineers to bring cutting-edge AI models into production.
- Collaborate with research teams to enable high-performance inference for novel architectures.
- Design and implement new techniques, tools, and architectures that improve performance, latency, throughput, and efficiency.
- Optimize our codebase and compute fleet (e.g., GPUs) to fully utilize hardware FLOPs, bandwidth, and memory.
- Extend orchestration frameworks (e.g., Kubernetes, Ray, SLURM) for distributed inference, evaluation, and large-batch serving.
- Establish standards for reliability, observability, and reproducibility across the inference stack.
- Publish and share learnings through internal documentation, open-source libraries, or technical reports that advance the field of scalable AI infrastructure.
Skills and Qualifications
Minimum qualifications:
- Bachelor’s degree or equivalent experience in computer science, engineering, or similar.
- Understanding of deep learning frameworks (e.g., PyTorch, JAX) and their underlying system architectures.
- Experience with inference serving systems optimized for throughput and latency (e.g., SGLang, vLLM).
- Thrive in a highly collaborative environment involving many, different cross-functional partners and subject matter experts.
- A bias for action with a mindset to take initiative to work across different stacks and different teams where you spot the opportunity to make sure something ships.
- Strong engineering skills, ability to contribute performant, maintainable code and debug in complex codebases.
Preferred qualifications:
- Experience training or supporting large-scale language models with hundreds of billions of parameters or more.
- Understanding of distributed compute systems, GPU parallelism, and hardware-aware optimizations.
- Contributions to open-source ML or systems infrastructure projects (e.g., SGLang, vLLM, PyTorch, Triton, DeepSpeed, XLA).
- Track record of improving research productivity through infrastructure design or process improvements.
Logistics
Compensation: Depending on background, skills and experience, the expected annual salary range for this position is $350,000 - $475,000 USD.
Benefits: Generous health, dental, and vision benefits, unlimited PTO, paid parental leave, and relocation support as needed.
Network Engineer, Supercomputing
Own and debug multi-thousand-GPU network fabric (RDMA/RoCE, NVLink/NVSwitch) for large-scale AI training and inference. Requires backend language proficiency, large-scale cluster experience, and cross-stack ownership.
Staff Software Engineer, Developer Productivity
Staff-level IC role owning end-to-end CI/CD, merge queue, and deploy pipelines for Anthropic's engineering org. Focus on AI-assisted review, test reliability, and progressive delivery at monorepo scale.
Staff Software Engineer, Developer Productivity
Staff-level engineer to own end-to-end development environments at Anthropic, focusing on container lifecycle, cold-start optimization, environment isolation, and pre-push validation for AI researchers and engineers.
Staff Software Engineer, Node Infra
Own technical strategy and roadmap for node lifecycle management, health automation, and scaling AI clusters across clouds and accelerators. Requires deep distributed systems expertise, ML accelerator experience, and 12+ years leading complex multi-team infrastructure initiatives.