Site Reliability Software Engineer

Who you are

• We are looking for engineers who are thoughtful and intentional about how AI changes software development and operations. You should be comfortable using AI throughout the engineering lifecycle, including understanding unfamiliar systems, investigating production behavior, planning implementation, accelerating development, validating changes, and automating repetitive work
• 3+ years of professional experience in software engineering, site reliability engineering, or a related engineering discipline
• Strong software development skills in one or more general purpose programming languages such as Python, Go, JavaScript, or TypeScript
• Experience designing, building, testing, and operating production software, internal tooling, or infrastructure
• Experience with cloud infrastructure, distributed systems, observability, monitoring, or production operations
• Experience participating in on call or incident response for production systems
• Demonstrated ability to independently deliver well scoped engineering projects, navigate technical ambiguity, and collaborate effectively across engineering teams
• Demonstrated experience using AI assisted development tools across multiple stages of the software engineering lifecycle, with an interest in continually evolving how you use these tools as their capabilities advance
• Experience with Kubernetes, AWS, infrastructure as code, and cloud native production environments
• Experience building internal reliability, observability, incident management, or operational automation tools
• Experience with observability platforms such as Datadog, Sumo Logic, CloudWatch, or similar technologies
• Experience with reliability practices such as service level objectives, capacity planning, resiliency testing, disaster recovery, or operational readiness
• Experience operating distributed applications with complex dependencies and high availability requirements
• Experience building AI enabled operational workflows, tools, or automation that extend beyond individual code generation

What the job involves

• Upstart’s Site Reliability Engineering team enables engineers to operate reliable, resilient, and observable production systems at scale. We build the platforms, tooling, automation, and operational practices that help teams understand system health, respond effectively when things go wrong, and continuously improve the reliability of the services they own
• Our goal is to make reliability an integrated part of how software operates at Upstart. We provide shared observability and reliability capabilities, improve incident response and operational readiness, automate recurring operational work, and use system and customer data to identify where reliability investments will have the greatest impact
• SRE partners closely with product engineering, Cloud Platform, Delivery, Developer Platform, Security, and other infrastructure teams. SRE provides shared reliability capabilities and operational practices, while engineering teams remain accountable for the reliability and operation of the services they build
• As a Software Engineer on the Site Reliability Engineering team, you will build and operate systems that improve the reliability, resiliency, and observability of Upstart’s production environment
• You will work across observability platforms, reliability tooling, incident response systems, operational automation, and resiliency capabilities. You will independently deliver well scoped engineering projects, contribute to technical design, and use production data and operational experience to improve systems used across engineering
• We expect engineers to continually develop more effective ways of working with increasingly capable AI tools and to apply sound engineering judgment to where they provide the most leverage
• Build and improve the tooling, services, and automation that help engineers understand and improve the reliability of production systems
• Develop shared observability capabilities that make metrics, logs, traces, service health, and customer impact easier to understand and act on
• Improve incident response and operational readiness through better tooling, automation, standards, and actionable production signals
• Build resiliency capabilities that help teams identify failure modes, reduce operational risk, and recover effectively from infrastructure or application failures
• Identify recurring operational toil and reliability problems and replace manual processes with durable software and automation
• Use AI as an integrated part of software development and operational problem solving, while identifying opportunities for AI enabled capabilities that improve incident investigation, observability, reliability, and engineering efficiency

Benefits

• Comprehensive health plans
• 401k Plan
• Annual wellness reimbursement
• Disability insurance
• Generous vacation policy
• Flexible time off
• Parental leave
• Family forming benefits through Carrot
• Technology equipment budget
• Personal development budget
• Various clubs and extracurricular activities
• Catered lunches
• Fully stocked micro-kitchen