Senior Site Reliability Engineer at Precisely in United States

Job description

• At Precisely, we're not just building software — we're shaping the future of data integrity. As a global leader in data quality, data enrichment, and location intelligence, Precisely helps thousands of the world's most trusted brands make confident decisions with data they can rely on. We're an AI-first organization, which means artificial intelligence isn't a buzzword here — it's woven into how we build products, how we work, and how we think about solving complex problems for our customers. When you join Precisely, you join a team of curious, driven innovators who believe that better data makes the world run better. If you're ready to do meaningful work at the intersection of AI and data — and help define what's possible — we'd love for you to apply!
• The Site Reliability Engineer (SRE) is responsible for the reliability, performance, and scalability of Precisely's infrastructure platforms across CEDAR (CCX) — an on-premises, private cloud managed services environment; RapidCX (RCX) — an AWS cloud environment for SaaS-delivered customer communications management; and Hosted Managed Services (HMS) — an AWS cloud environment supporting managed client deployments.
• This role bridges software engineering and systems operations, building automation, observability tooling, and reliability standards to ensure platform availability and operational excellence. SREs are enabling partners: they set reliability standards, define what 'reliable' looks like for each service, validate production readiness, and coach engineering teams on operational best practices. Engineering teams own the reliability outcomes of the services they build; the SRE ensures they have the standards, tooling, and guidance to meet them.
• As a Senior SRE, this role is regarded as a platform expert across CCX, RCX, and HMS, taking on the majority of complex reliability engineering work, mentoring less experienced engineers, and contributing to release triage and coordination efforts.

Responsibilities

• Define and maintain reliability standards across CCX, RCX, and HMS, including SLOs, SLIs, and error budgets.
• Define standards for actionable alerting, meaningful logging, and diagnostic tracing; partner with engineering teams to ensure those standards are met.
• Serve as a platform expert and lead complex reliability engineering work across on-premises, private cloud, and AWS environments.
• Build and maintain infrastructure-as-code, deployment automation, monitoring, alerting, and observability tooling using Terraform, Ansible, Datadog, and scripting languages.
• Partner with engineering teams to embed reliability, operability, scalability, backup, recovery, and failure-mode considerations into service design and delivery.
• Lead Operational Readiness Reviews and validate production and disaster recovery readiness for qualifying changes.
• Contribute to release triage, deployment coordination, maintenance windows, and change and security reviews.
• Lead response to complex P1/P2 incidents, serve as incident commander when required, and communicate status clearly to technical and non-technical stakeholders.
• Author root cause analyses and post-incident reports, identify recurring patterns, and implement preventive automation to reduce manual toil and improve MTTR.
• Maintain operational runbooks, reliability backlogs, and team knowledge resources covering monitoring gaps, recurring incidents, and operational risks.
• Use Precisely-provided AI tools for automation, incident analysis, troubleshooting, runbook creation, solution testing, and architecture documentation.
• Ensure infrastructure configurations meet security, compliance, vulnerability-remediation, and data-protection requirements.
• Mentor Associate SREs and SREs, coach engineering teams on production diagnostics and operational practices, and contribute to cross-team design reviews.
• Lead project-based work, coordinate on-call coverage, and model strong operational discipline and follow-through.
• Participate in a rotating on-call schedule covering after-hours, weekends, and holidays, including critical production changes and escalations within defined SLA windows.

Requirements

• Educational requirements (equivalent work experience will be accepted in place of the education requirement): Bachelor's degree in Computer Science, Information Systems, Engineering, or equivalent practical experience.
• 5+ years of systems or infrastructure engineering experience in an enterprise production environment.
• High-level, developing subject-matter-expert competency in one or more complex infrastructure domains (e.g., cloud platform engineering, IaC automation, observability, or on-premises virtualization).
• Advanced proficiency with Linux (RHEL/Oracle Linux) across multiple environments (on-premises and cloud, not just multi-site).
• Proficient with Terraform for infrastructure-as-code; experienced with Ansible role development beyond basic hands-on use.
• Experience deploying and managing workloads in AWS at an intermediate level: EC2, ECS, S3, VPC, IAM, CloudWatch, Auto Scaling.
• Proficiency with at least one scripting language (Python, Bash) for automation development.
• Demonstrated experience designing monitoring system architecture and alerting strategy — not just operating existing dashboards (Datadog preferred).
• Solid understanding of TCP/IP networking, DNS, load balancing, and distributed systems.
• Experience designing and managing CI/CD pipelines and deployment automation standards.
• Strong analytical skills; demonstrated experience authoring root cause analyses for complex incidents and identifying systemic, preventive fixes from recurring incident patterns.
• Ability to define SLOs and lead Operational Readiness Reviews (ORRs); comfortable partnering with engineering teams on production readiness.
• Demonstrated ability to work cross-functionally with engineering teams on reliability standards and observability requirements.
• Experience participating in change advisory processes and contributing to capacity and reliability planning.
• Travel is required: No — approximately 0%.
• Active, proficient use of Precisely-provided AI tools (GitHub Copilot, Claude, or equivalent) for complex automation, solution testing, and architecture documentation is a required baseline for this role — not a differentiator — and includes mentoring others on AI-assisted engineering practices.
• Apply AI tools for complex automation, incident analysis, and runbook authoring.
• Mentor other engineers on AI-assisted engineering practices.
• Maintain fluency with Precisely-approved AI coding assistants as a baseline expectation.
• Experience with containerization and orchestration (Docker, ECS, Kubernetes).
• Familiarity with GitOps workflows and source control best practices (Git, GitLab).
• Knowledge of enterprise virtualization platforms in a hybrid cloud context.
• Understanding of change management and ITIL operational practices.
• Experience with enterprise security tooling (Qualys, CrowdStrike, Rapid7).
• AWS Solutions Architect, SysOps Administrator, or DevOps Engineer certification.
• Wireshark and protocol analysis experience.
• Prior experience mentoring engineers or leading on-call rotations for a team.

Skills

Required

• Linux (RHEL/Oracle Linux)
• Terraform
• Ansible
• Python or Bash
• Datadog (preferred)
• CI/CD pipelines
• SLOs, SLIs, error budgets
• Operational Readiness Reviews (ORRs)

Preferred

• Docker, ECS, Kubernetes
• GitOps, Git, GitLab
• Enterprise virtualization platforms
• Change management, ITIL
• Qualys, CrowdStrike, Rapid7
• AWS certifications
• Wireshark
• Mentoring experience