DevOps Engineer

A little bit about us!At Snoonu, we hold the belief that technology has the power to make anything possible.Our Vision: to be the first Qatari Super App that propels the region and its community through innovation and technology. We envision a global expansion where what we do surpasses norms and limitations every time.Our Mission: To radically transform how people live by leveraging technology to connect them with endless possibilities.Values We Live ByBe Customer Obsessed - “Focus on the customer and all else will follow.”Act with Integrity - “We are honest, ethical, and trustworthy in everything we do.”Be Curious and Creative - “We constantly innovate and create solutions to bring a lasting positive impact.”Lead by Example and Take Ownership - “Be the change you want to see and take ownership.”Hustle and Deliver Results - “You can do more by doing less, better, and faster.”It's all about people - “Be a Team player, together we are stronger.”What You’ll Do:Be a team playerInfrastructure automatizationDiagnostic, monitoring, and administration of application and infrastructureMicroservices and Infrastructure optimizationImplementation of CI/CD processesClose interaction with the development teamOn-Call dutiesWhat You’ll Need:3+ years as Site Reliability Engineer/DevOps/DevSecOps working on large-scale/distributed systemsStrong Unix/Linux troubleshooting experienceExperience with cloud platforms (AWS)Advanced knowledge of containerization and management of orchestration tools (ECS / Kubernetes / Docker-compose)Good administration skills in SQL and NoSQL databases (PostgreSQL, MongoDB)Experience implementing/automating using CICD tools (GitLab, GitHub)Experience with logging, monitoring, and tracing tools (Prometheus, Grafana, ElasticSearch, Jaeger, etc.)Experience with IaC tools (Terraform, Pulumi)Automate tasks with configuration management tools (Ansible / Cheff / Puppet)Good knowledge of basic networking fundamentals & troubleshooting toolsProven experience creating distributed systems tools of moderate to high complexity