Site Reliability Engineering (SRE) Architect

Site Reliability Engineering (SRE) Architect 

Join us to do the best work of your career and make a profound social impact as a Site Reliability Engineering (SRE) Architect on our Site Reliability Engineering Team in Austin, Texas. 

What you’ll achieve 

We are seeking a highly experienced Site Reliability Engineering (SRE) Architect to lead the design, evolution, and reliability of our largescale distributed systems. The ideal candidate will demonstrate deep expertise in Dynatrace, AIOps platforms, observability engineering, and AIdriven automation, including handson development with AI agents and modern coding frameworks. 
This is a technical leadership role requiring architecturelevel thinking, strong coding ability, and the ability to drive enterprisewide transformation. 

Take the first step towards your dream career 

Every Dell Technologies team member brings something unique to the table. Here’s what we are looking for with this role: 

Essential Requirements 

Architecture & Reliability Engineering 

• Design and architect highly reliable, scalable, and selfhealing systems across hybrid, multicloud, and onprem environments

• Establish reliability patterns, guardrails, and architecture standards including SLIs, SLOs, error budgets, and resiliency patterns

• Lead root cause prevention strategies, chaos engineering practices, and resilience validation frameworks

Observability & Dynatrace Expertise 

• Own endtoend observability strategy using Dynatrace, including:  

• Application Performance Monitoring (APM) 

• Infrastructure monitoring 

• Log analytics 

• Realuser monitoring (RUM) 

• Custom instrumentation and dashboards 

• Architect deterministic and AIdriven alerting, Davis AI configurations, and servicelevel dependency mapping

AIOps & Automation 

• Lead adoption and integration of AIOps platforms (Dynatrace Davis AI, ServiceNow AIOps, Moogsoft, or equivalent)

• Build intelligent automation pipelines for:  

• Predictive incident detection 

• Autoremediation 

• Noise reduction and event correlation 

• Operational anomaly detection