Site Reliability Engineer

Who You Are

• Creative thinker and strong problem solver with meticulous attention to detail
• Highly organized, creative, motivated, and passionate about achieving results
• Able to balance multiple tasks and projects effectively and quickly adapt to new situations and technologies
• Able to work both independently and as part of a team
• Systematic problem-solver, coupled with a strong sense of ownership and drive

What you need

• 3-7 years of experience as a Site Reliability Engineer or a mix of a software engineer and DevOps.
• Strong hands-on knowledge of Linux fundamentals, System administration scripting, performance tuning/scalability, troubleshooting.
• Write great quality code using SOLID principles including unit and integration tests.
• Hands-on development experience in an object-orientated programming language like Python.
• Hands-on experience developing task automations
• Experience using tools to create and manage CI (continuous integration) and CD (continuous delivery) pipelines.
• Familiarity with software development tools: source code management (SCM systems), code review systems, issue tracking tools, build tools, test frameworks, code quality tools.
• Experience implementing open-source observability and alerting tools, like Prometheus, Grafana, Cortex, Thanos, Alertmanager etc
• Have decent knowledge on networking (VPC, VNet, DNS etc) and of the TCP/IP stack, internet routing and load balancing.
• Worked with log and configuration management tool
• Prior experience of working with AWS, Azure, GCP is a plus
• Prior experience of working with Kubernetes, Docker and containers is plus
• Strong interpersonal communication skills (including listening, speaking, and writing) and ability to work well in a diverse, team-focused environment with other SREs, Engineers, Product Managers, etc.
• Documenting your work should be in your DNA

What you get

• A chance to develop and build something (probably from scratch) which you can be proud of
• Build and Implement modern systems observability solutions including monitoring, alerting, metrics, logging, and APM & distributed tracing.
• Scale systems sustainably through automation and evolve systems by pushing for changes that improve reliability and velocity.
• Maintain business continuity by identifying and driving opportunities to make systems highly resilient and human-free.
• Closely work with the software engineering team to ensure accurate monitoring and metrics are being built into applications before going to production.
• Develop and maintain software modules for use and re-use in cloud and on-premise systems automation.
• Identify process gaps and implement process improvements to increase operational reliability
• Drive standardization efforts across the services, infrastructure, systems, and practices
• Develop Systems & Tools to help with Development team to uphold the Reliability principles