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Site Reliability Engineer Jobs in Draper, UT (NOW HIRING)

Test and Reliability Engineer IV

UT · On-site

$70 - $80/hr

Test and Reliability Engineer IV Location: 515 Colorow Drive, Salt Lake City, UT 84108 Contract Duration: 12 months Pay Rate: $70-80/hr (all-inclusive) Position Summary The Test and Reliability ...

Platform Engineer (DevOps)

Salt Lake City, UT · On-site

$51 - $70/hr

... Site Reliability Engineer (SRE), Cloud Engineer, Pipeline Engineer, or in a similar enterprise engineering role. * Strong programming and automation experience using one or more of the following:

Senior Cloud Engineer

Salt Lake City, UT · On-site

$54 - $72/hr

Serve as the central point of contact, coordinating across software engineering, SRE, and infrastructure teams to remove blockers and solve complex architectural problems. • Internal Advocacy:

Showing results 41-60

Site Reliability Engineer information

See Draper, UT salary details

$10

$59

$85

How much do site reliability engineer jobs pay per hour?

As of Aug 8, 2026, the average hourly pay for site reliability engineer in Draper, UT is $59.59, according to ZipRecruiter salary data. Most workers in this role earn between $51.25 and $68.08 per hour, depending on experience, location, and employer.

Is a site reliability engineer a stressful job?

A site reliability engineer (SRE) role can be stressful due to the responsibility of maintaining system uptime, handling incidents, and ensuring reliability under tight deadlines. The job often involves on-call duties, troubleshooting complex issues, and working with automation tools, which can contribute to work-related stress but also offers opportunities for skill development and problem-solving.

What is a site reliability engineer?

A site reliability engineer specializes in site reliability engineering, or SRE, a specific branch of operations first pioneered by Google. You are responsible for ensuring that when a website decides to scale a particular feature for various users to access, it does not break the underlying software or website functions. This means you need to use analytical problem-solving skills to determine how to make specific features on a new software release work on top of existing source code.

What are the key skills and qualifications needed to thrive as a site reliability engineer?

To thrive as a Site Reliability Engineer, you need a strong background in computer science, systems administration, and software engineering, often supported by a degree in a technical field. Familiarity with cloud platforms (like AWS or GCP), container orchestration (such as Kubernetes), infrastructure as code (Terraform or Ansible), and monitoring tools (Prometheus, Grafana) is typically expected. Strong problem-solving skills, effective communication, and a proactive mindset help SREs excel at incident management and cross-functional collaboration. These skills are crucial for maintaining system reliability, minimizing downtime, and driving continuous improvement in complex technical environments.

What are some of the most common challenges site reliability engineers face when balancing system reliability with rapid software delivery?

Site Reliability Engineers (SREs) often navigate the challenge of maintaining highly reliable systems while supporting fast-paced software releases. This involves managing incidents, automating processes to reduce manual toil, and working closely with development teams to embed reliability into the software development lifecycle. SREs must carefully prioritize their efforts between proactive improvements and urgent, reactive fire-fighting. Effective communication and collaboration with both operations and development teams are crucial to ensuring service uptime without slowing down innovation.

What is the difference between Site Reliability Engineer vs DevOps Engineer?

AspectSite Reliability EngineerDevOps Engineer
CredentialsTypically requires a computer science degree, certifications like AWS, Google Cloud, or KubernetesSimilar credentials, often with cloud certifications and scripting skills
Work EnvironmentFocuses on maintaining and improving system reliability, often in large-scale production environmentsWorks on automation, CI/CD pipelines, and deployment processes across development and operations teams
Industry UsageCommon in tech, cloud services, and large-scale enterprise companiesWidely used in software development, cloud, and IT organizations

Both roles require strong technical skills and cloud knowledge, but SREs focus more on system reliability and uptime, while DevOps engineers emphasize automation and deployment processes. They often collaborate but have distinct primary responsibilities.

What is a site reliability engineer?

A Site Reliability Engineer (SRE) is a professional who applies software engineering principles to infrastructure and operations problems. Their primary goal is to create scalable and highly reliable software systems, often bridging the gap between development and IT operations. SREs automate tasks, monitor system health, respond to incidents, and work to improve system reliability and performance. They also help define service level objectives (SLOs) and ensure systems meet customer expectations for uptime and availability.
What job categories do people searching Site Reliability Engineer jobs in Draper, UT look for? The top searched job categories for Site Reliability Engineer jobs in Draper, UT are:
What cities near Draper, UT are hiring for Site Reliability Engineer jobs? Cities near Draper, UT with the most Site Reliability Engineer job openings:
Infographic showing various Site Reliability Engineer job openings in Draper, UT as of August 2026, with employment types broken down into 82% Full Time, and 18% Contract. Highlights an 64% In-person, 5% Hybrid, and 31% Remote job distribution, with an average salary of $123,945 per year, or $59.6 per hour.

Full-time

Posted 7 days ago


Job description

At MX, reliability is a product. Our infrastructure powers financial applications used by millions of people and processes billions of transactions for major financial institutions, and customers feel every second of downtime.

We're building a new observability function that runs the way we run incident response: the system does the heavy lifting, and people handle judgment, customers, and the exceptions. As a Senior Observability Engineer, you build and operate an observability control plane. You scaffold baselines, score coverage, and turn every real incident into the detection the platform should have caught. This is a multiplier role: you raise the bar for every team through standards and automation instead of building each team's dashboards by hand.

We call it the shepherd model. You shepherd Datadog and partner with our product engineering teams so they observe the right signals for their products. Service owners get real signal instead of noise, and leadership gets coverage and health as a program metric.

This role shares the team pager. Observability and incident response run one on-call roster. You take shifts with the rest of the team and act as Incident Commander when an incident needs one. It is core to the role, not an afterthought.

Engineering at MX runs hybrid infrastructure (AWS and bare metal) with services in Ruby, Go, and Java, messaging over NATS and RabbitMQ, and data on PostgreSQL and Redis. Datadog is our observability platform and incident.io is our incident response platform.

What you'll do:
  • Build and operate an observability control plane: automate baseline monitors, dashboards, and tagging standards through the Datadog API and Terraform.

  • After significant incidents, produce detection and dashboard gap packs grounded in Datadog and MX investigation patterns, with queries ready to apply.

  • Define what "good" looks like for a Ruby, Go, or Java service on Datadog (tags, golden signals, alert quality, dashboard contracts), then audit services against that standard and accept or reject readiness.

  • Validate, don't own. Service owners keep their alerts and dashboards; you confirm they are complete and correct, then move on. Escalate to engineering managers when coverage fails or an owner is missing.

  • Own the monthly observability and service-catalog health report: departed owners, stale dashboards, services with no monitors, SLO gaps, and coverage trends.

  • Run maturity assessments (baseline through SLO, launch-ready, self-serve) and track them over time.

  • Tune alerting toward zero false SEV1/2 pages and actionable SEV3/4 alerts, and coach teams on Datadog cost and cardinality.

  • Build self-serve onboarding so new services get baseline observability on day one, without a multi-week embed.

  • Share the team pager. Rotate on the shared IR & Observability on-call, triage and investigate live incidents with Datadog and MX investigation patterns, and take Incident Commander or supporting technical roles as the incident needs.

  • After incidents, close the detection loop (gap packs, new monitors, dashboards) so the pager gets quieter over time.

  • Run high-value launch and production-readiness reviews as a checkpoint, not a permanent staffing model.

Basic Requirements
  • BS in Computer Science or equivalent experience

  • 5+ years running production observability, SRE, or DevOps

  • 5+ years automation-first engineering in Python, Bash, Go, and/or Terraform, plus Kubernetes proficiency

  • AI- and workflow-literate. You've used or built scripted and AI-assisted workflows to scale reviews, audits, and docs

  • Distributed-systems debugging across microservices: latency, connection pools, queues, and cascading failure on Kubernetes and bare metal, with NATS, RabbitMQ, Postgres, and Redis

  • Shared on-call, Incident Commander-capable

Preferred Requirements
  • Fintech experience with MX-like architectures

  • Datadog preferred; strong Grafana/Prometheus, Splunk, or New Relic experience counts if you can ramp on Datadog fast

  • Google SRE practices: toil elimination, incident management, automation for self-healing

  • Cross-functional influence without authority. You've improved teams that don't report to you

  • Governance and reporting: you can produce a monthly health and compliance report leadership reads (orphans, stale entries, gaps, trends)

  • OpenTelemetry instrumentation

  • Incident response platforms (incident.io, PagerDuty, OpsGenie); prior formal Incident Commander experience

  • Golang and Ruby on Rails (the MX stack)