Senior AWS DevOps Engineer (Remote, Italy)

As a Senior AWS DevOps Engineer at Nearform, your primary responsibilities will include developing cloud-based application infrastructures, creating deployment architectures, and setting up cascading continuous delivery pipelines. You'll also focus on designing high-availability solutions and implementing monitoring systems. Close collaboration with clients to translate their requirements into practical, high-performance solutions is essential.

To qualify for the Senior AWS DevOps Engineer role at Nearform, you should have proficient communication skills in English, experience with AWS and cloud platforms, and a solid knowledge of containers and orchestration tools like Kubernetes. Familiarity with infrastructure as code tools like Terraform, CI/CD processes, and strong scripting abilities in Python will be vital for success.

At Nearform, a Senior AWS DevOps Engineer will work with a variety of tools and technologies, including AWS, Azure, GCP, Kubernetes, Terraform/CloudFormation, and CI/CD tools like Jenkins and GitHub Actions. You'll also engage with RDBMS and NoSQL technologies alongside incorporating observability and security best practices throughout the development lifecycle.

Yes, the Senior AWS DevOps Engineer position at Nearform is fully remote for candidates based in Italy. We champion a flexible working culture that prioritizes work-life balance, allowing you to manage your schedule around your personal commitments while driving impactful projects.

Nearform offers an array of benefits for Senior AWS DevOps Engineers, including an annual company bonus, remote working allowance, a robust paid time off package, training and development opportunities, healthcare plans, and a strong retirement pension scheme. We believe in nurturing our team's well-being and professional growth while celebrating our collective achievements.

In answering this question, emphasize specific projects where you leveraged AWS services like EC2, S3, or Lambda. Highlight your hands-on experience in managing and deploying applications on AWS and how it aligns with scaling, reliability, and security practices in your role.

To answer effectively, discuss best practices like using automated security tools, incorporating security checks in the pipeline, and maintaining least privilege access to sensitive information. Experience with tools such as AWS IAM for access management can be a great point to mention.

Share a specific example of a technical challenge you've encountered in your previous roles, detailing the steps you took to diagnose and solve the problem. Highlight any innovative solutions or technologies you implemented, and the positive outcome achieved.

Discuss your strategies for effective communication in remote teams, such as utilizing collaboration tools, regular check-ins, and even informal social interactions that help build camaraderie, thereby fostering a productive environment.

Mention your experience with infrastructure as code using tools like Terraform or CloudFormation. Discuss your methodology in maintaining version control, managing environments, and automating deployments, ensuring scalability and repeatability.

Provide insights into your background with Docker and Kubernetes. Discuss specific use cases where you managed container orchestration, deployment strategies, and scaling applications in a cloud environment while adhering to best practices.

Outline your approach to task prioritization based on project needs and deadlines. Discuss any tools or frameworks you utilize, such as Agile methodologies, to keep your projects organized while adapting to changing requirements.

Talk about the monitoring tools you've used (e.g., Prometheus, Grafana, CloudWatch) and the process you follow to implement effective monitoring strategies, including alert configurations and dashboard setups for real-time performance tracking.

Provide an outline of your incident response plan, emphasizing the importance of swift communication, troubleshooting with logs, and collaboration across teams. Highlight any post-mortem or learnings to prevent future outages.

Explain how automation is essential for reducing manual errors, streamlining workflows, and increasing efficiency. Provide examples of processes you've automated and the impact that had on project team dynamics or outcomes.