Cloud DevOps Engineer

Key responsibilities

• Implement and maintain CI/CD pipelines using GoCD and GitLab.
• Manage Terraform and Terragrunt modules to provision and maintain infrastructure.
• Automate configuration management and environment setup using Ansible.
• Administer and optimize Linux-based systems across hybrid cloud environments.
• Support database cluster configurations (e.g., MySQL, Cassandra) and troubleshoot issues.
• Deploy and maintain Docker and Kubernetes environments across multiple tiers.
• Contribute to infrastructure observability using AWS CloudWatch and log pipelines.
• Build and maintain AWS infrastructure with Terraform and Terragrunt across a multi-account AWS Organizations estate (Control Tower, dozens of accounts, multiple OUs and environment tiers).
• Develop and extend Ansible roles and playbooks that serve as the single source of truth for host configuration.
• Design, build, and operate CI/CD pipelines in GitHub Actions (GitHub Enterprise), including OIDC-based AWS deployment, reusable workflows, and pipeline migration off legacy CI systems (GoCD, Jenkins, CircleCI, GitLab CI).
• Execute workload migrations from on-prem to AWS: lift-and-shift and re-platforming of Java/Spring Boot services, load balancers, message brokers, databases, and file services onto EC2, EKS, ALB/NLB, FSx, and AWS Transfer Family.
• Build AWS-native observability: CloudWatch dashboards and alarms, X-Ray / Application Signals, centralized logging, and Slack-integrated alerting with SLOs and actionable paging, not noise.

Role requirements

Strong technical skills in :

• DevOps experience with AWS and Linux-based systems.
• Strong Terraform in a multi-account / multi-environment setup (Terragrunt experience highly regarded).
• Strong Ansible (or equivalent config management) at fleet scale - inventories, dynamic inventory, roles, idempotency.
• CI/CD pipeline design and ownership - GitHub Actions preferred migration from other CI systems is a plus.
• Solid Linux systems engineering: networking, systemd, packaging, troubleshooting under pressure.
• Containers and orchestration: Docker and Kubernetes/EKS in production.
• AWS networking fundamentals: VPC design, routing, security groups, DNS (Route 53), load balancing, VPN/hybrid connectivity.
• Scripting proficiency (Python and/or Bash) for automation and tooling.
• Operational maturity: change management in fragile environments, incident response, blameless postmortems.