Senior Systems Software Architect - Hyperscale & Reliability

Oracle; Nashville (TN); On-site; USD 184,000 - 306,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

401(k) plan

Paid time off

Job summary

Oracle in Nashville is seeking a senior architect to define the architecture for large‑scale systems software, firmware integration, and fleet automation. You will influence roadmaps, mentor engineers, and drive multi‑quarter initiatives from prototype to hardened production.

You will lead cross‑functional efforts across engineering, operations, and data centers to improve reliability, performance, and cost efficiency at scale.

Qualifications

• Defines architecture for large-scale systems software, firmware integration, and fleet automation.
• Leads multi‑quarter initiatives from prototype to production hardening.
• Mentors engineers and promotes reliability, scalability, and operational excellence.

Responsibilities

• Contribute to architectural direction for system software across server, storage and networking subsystems.
• Define hardware provisioning solutions for next‑generation platforms with cross‑functional teams.
• Lead integration of system firmware with hardware, ensuring seamless bring‑up and sustained operability.
• Collaborate with security, vendor teams to improve performance, diagnosability and security.
• Oversee analysis of high‑impact failures and drive improvements for large‑scale cloud fleets.
• Guide process and code reviews to improve software quality across projects.

Skills

System architecture

Cloud platforms

Leadership

Cross-functional collaboration

Job description

Oracle in Nashville is seeking a senior architect to define the architecture for large‑scale systems software, firmware integration, and fleet automation. You will influence roadmaps, mentor engineers, and drive multi‑quarter initiatives from prototype to hardened production.

You will lead cross‑functional efforts across engineering, operations, and data centers to improve reliability, performance, and cost efficiency at scale.