HPC Storage Solutions Architect

NorthMark Strategies; United States; Vor Ort; USD 150.000 - 190.000; Vollzeit

Benefits dieser Stelle

Lunch stipend

Employer-paid medical, dental, vision

401(k) matching

Flexible benefits package

Paid time off 25 days + 12 holidays

Zusammenfassung

NorthMark Strategies LLC seeks an HPC Storage Solutions Architect to design and optimize high-performance storage for HPC, AI/ML, and data-intensive workloads. You will serve as a trusted advisor, assess workloads, craft end-to-end storage architectures, and guide deployments from POC to production.

You will collaborate with product, engineering, and vendors, ensuring scalable, resilient storage with optimized throughput, latency, and cost efficiency.

Qualifikationen

• Experience in storage solution architecture for HPC or large-scale storage.
• Deep knowledge of Lustre, GPFS, Ceph, and VAST file systems.
• Hands-on scaling multi-petabyte storage deployments.

Aufgaben

• Serve as the primary storage SME for HPC deployments.
• Capture workload storage requirements and performance objectives.
• Design end-to-end storage architectures (file/object/tiered).
• Lead POC, benchmarking, and production deployment activities.
• Integrate compute, network, and orchestration for end-to-end performance.
• Conduct workload assessments and optimize throughput and cost.

Kenntnisse

HPC storage engineering

Storage architecture

Distributed file systems

Object storage

Linux performance tuning

Ansible

Terraform

Customer facing

Workflow optimization

Ausbildung

Bachelor’s or Master degree in CS/Engineering

Tools

Ansible

Terraform

Jobbeschreibung

NorthMark Strategies LLC seeks an HPC Storage Solutions Architect to design and optimize high-performance storage for HPC, AI/ML, and data-intensive workloads. You will serve as a trusted advisor, assess workloads, craft end-to-end storage architectures, and guide deployments from POC to production.

You will collaborate with product, engineering, and vendors, ensuring scalable, resilient storage with optimized throughput, latency, and cost efficiency.