Software Reliability Engineering combines software development and systems engineering to build and run large-scale, massively distributed, fault-tolerant systems.
Software Reliability Engineers influence the whole lifecycle of services from inception and design, through deployment, operation, and refinement.
Key Skills
Python 3. Understanding of Docker and Kubernetes. Strong in Software Engineering: development lifecycle, DevOps, code release management, and development tools. Ability to debug and optimize code and automate routine tasks. Good to have: Cloud technology (GCP/AWS/Azure/Java).
Responsibilities Maintain and improve services once they are live by measuring and monitoring availability, latency, and overall system health. Support services before they go live through activities such as system design consulting, developing software platforms and frameworks, capacity planning, and launch reviews. Scale systems sustainably through mechanisms like automation, and evolve systems by pushing for changes that improve reliability and velocity. Engaged in incident response and blameless postmortems. Maintain a broad knowledge of state-of-the-art computer technology, equipment, and systems; participate in professional development activities as appropriate. Support Software Development tooling such as Rundeck, Pagerduty, Stackdriver, PAM access (Cyber Ark), Operational Readiness (Internal process), DR/Incident Drills, Incident reports, Cost Dashboards, Billing exports, certificates, etc.
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Software Reliability Engineers influence the whole lifecycle of services from inception and design, through deployment, operation, and refinement.
Key Skills
Python 3. Understanding of Docker and Kubernetes. Strong in Software Engineering: development lifecycle, DevOps, code release management, and development tools. Ability to debug and optimize code and automate routine tasks. Good to have: Cloud technology (GCP/AWS/Azure/Java).
Responsibilities Maintain and improve services once they are live by measuring and monitoring availability, latency, and overall system health. Support services before they go live through activities such as system design consulting, developing software platforms and frameworks, capacity planning, and launch reviews. Scale systems sustainably through mechanisms like automation, and evolve systems by pushing for changes that improve reliability and velocity. Engaged in incident response and blameless postmortems. Maintain a broad knowledge of state-of-the-art computer technology, equipment, and systems; participate in professional development activities as appropriate. Support Software Development tooling such as Rundeck, Pagerduty, Stackdriver, PAM access (Cyber Ark), Operational Readiness (Internal process), DR/Incident Drills, Incident reports, Cost Dashboards, Billing exports, certificates, etc.
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