Senior Test Infrastructure Architect (Hybrid)

Hewlett Packard Enterprise; Andover (MA); Hybrid; USD 137,000 - 261,000; Full time

Benefits offered by this job

Health & wellbeing benefits

Career development programs

Job summary

Hewlett Packard Enterprise in Massachusetts seeks a Principal Test Infrastructure Architect to lead the strategy and day-to-day operation of SSR test environments in Westford, Andover, and the remotely supported Quincy environment. This hybrid role balances hands-on lab work with strategic planning.

You will collaborate with global teams to define standards, automate provisioning, monitor health, and mentor engineers while ensuring reliability, scalability, and security across validation

Qualifications

• Bachelor’s or Master’s degree in CS/IT or equivalent practical experience.
• 6–10 years in infrastructure architecture, SRE, or data center environments.
• Experience designing multi‑rack, multi‑network test environments.

Responsibilities

• Owns strategy, architecture, standards, reliability, and long-term roadmaps for SSR test environments in MA and Quincy.
• Designs lab layouts, network topologies, compute, storage, and management networks.
• Leads root-cause analysis across hardware, Linux, networking, and automation.
• Drives automation for onboarding, provisioning, and monitoring.
• Maintains architecture diagrams, recovery plans, and onboarding docs.

Skills

Infrastructure architecture

Lab design & management

Linux systems

Networking

Education

Bachelor’s or Master’s degree in CS/IT

Tools

NetBox

OpenStack

VMware

KVM

Docker

Jenkins

GitHub

Job description

Hewlett Packard Enterprise in Massachusetts seeks a Principal Test Infrastructure Architect to lead the strategy and day-to-day operation of SSR test environments in Westford, Andover, and the remotely supported Quincy environment. This hybrid role balances hands-on lab work with strategic planning.

You will collaborate with global teams to define standards, automate provisioning, monitor health, and mentor engineers while ensuring reliability, scalability, and security across validation