DevOps & SRE Engineer: Kubernetes, Linux, Open Source

Decskill; Lisboa; Presencial; EUR 60 000 - 90 000; Tempo integral

Resumo da oferta

Decskill is seeking a DevOps / SRE Engineer with solid experience in Linux/Unix administration, containers, and Kubernetes. The role focuses on operating distributed systems, on-prem clusters, and implementing robust DevOps practices.

The ideal candidate has hands-on Docker and Kubernetes experience, familiarity with Ansible, CI/CD, and observability tools to ensure reliability and performance of critical platforms.

Qualificações

• Strong Linux/Unix systems administration experience.
• Hands-on Docker and Kubernetes expertise.
• Experience with Ansible for automation and configuration management.
• Proficiency with CI/CD tools and practices.
• Knowledge of monitoring/observability stacks (Prometheus, Grafana, Elasticsearch, Kibana, Nagios, Redis).
• Good understanding of networking fundamentals (TCP/IP, HTTP, UDP, etc.).

Responsabilidades

• Develop, maintain, and operate distributed systems in Unix/Linux environments.
• Administer and support distributed infrastructure and services.
• Implement and manage DevOps tools and practices.
• Operate and manage Kubernetes clusters on-premises infrastructure.
• Monitor, maintain, and optimize high-performance, high-availability systems.
• Support and evolve cross-functional technical projects.
• Ensure reliability and performance of technical platforms.

Conhecimentos

Linux/Unix administration

Docker

Kubernetes

Ansible

CI/CD

Monitoring/Observability

Ferramentas

Prometheus

Grafana

Elasticsearch

Kibana

Nagios

Redis

Descrição da oferta de emprego

Decskill is seeking a DevOps / SRE Engineer with solid experience in Linux/Unix administration, containers, and Kubernetes. The role focuses on operating distributed systems, on-prem clusters, and implementing robust DevOps practices.

The ideal candidate has hands-on Docker and Kubernetes experience, familiarity with Ansible, CI/CD, and observability tools to ensure reliability and performance of critical platforms.