Middle DevOps Engineer (computer vision), #38828

As a Middle DevOps Engineer at ELEKS, you will be responsible for developing and maintaining air-gapped installation workflows in secure environments. You’ll automate the creation and deployment of custom ISO images using Bash and Ansible, and deploy containerized applications utilizing Docker and Kubernetes (K3s). Additionally, your role involves building, testing, and deploying CI/CD pipelines in GitLab to ensure smooth and efficient deployments.

To qualify for the Middle DevOps Engineer position at ELEKS, you should have at least 3 years of hands-on experience as a DevOps engineer, specifically with Google Cloud Platform (GCP). A solid understanding of CI/CD system setup and configuration is essential, along with practical experience in Kubernetes, Docker, and GitLab. Familiarity with Python and Linux is also crucial, alongside upper-intermediate English communication skills.

While prior experience with Python is listed as a 'nice to have' for the Middle DevOps Engineer role at ELEKS, it is not strictly necessary. However, familiarity with Python frameworks such as Flask or Django can enhance your application, showcasing your coding abilities and versatility within DevOps functions.

At ELEKS, we foster a collaborative environment with low bureaucracy, allowing for direct influence over project technologies. As a Middle DevOps Engineer, you will work closely with a team of skilled professionals on innovative projects that often start from scratch. Collaboration is key, and your ideas and technical skills will be valued and encouraged.

ELEKS offers a variety of benefits for its Middle DevOps Engineers, including the opportunity for business trips, challenges involving cutting-edge technology, and a strong emphasis on competence development. You'll have the chance to influence project technologies, work in a dynamic environment, and receive medical insurance, ensuring a holistic approach to your professional and personal well-being.

When answering this question, you should highlight specific examples of CI/CD pipelines you've designed or improved in past projects. Discuss the tools you used, such as GitLab, and how your contributions enhanced deployment speed or reliability. Articulating a challenge you faced and how you overcame it can make your answer more compelling.

Discuss your familiarity with automation tools such as Ansible or Bash scripts. Provide examples of deployments you've automated, emphasizing the benefits like efficiency and error reduction. It's also valuable to mention how you ensure security during automation, particularly with air-gapped installations.

Outline your hands-on experience with Kubernetes, focusing on specific projects where you deployed or managed containerized applications. Talk about any challenges you faced, how you resolved them, and the impact of your work. Highlight your use of Kubernetes features such as K3s for lightweight environments.

Describe a systematic approach to troubleshooting, such as checking logs, verifying configurations, and using debugging tools. Include specific tools or techniques you utilize, and share a real-life example where you successfully resolved an issue, showcasing both your technical skills and problem-solving abilities.

Mention specific monitoring and logging tools you've used, such as Prometheus or ELK Stack. Explain how you implement these tools to ensure system reliability and performance. Providing examples of metrics you monitor can illustrate your proactive approach to maintenance and troubleshooting.

Discuss strategies you employ to ensure security, such as implementing access controls, secret management, and compliance checks. Describe any frameworks or tools you use to identify and mitigate security risks in your CI/CD pipelines or during container deployments.

Explain your experience with GCP, detailing specific services you utilized, such as GKE for Kubernetes or Cloud Build for CI/CD processes. Discuss how leveraging GCP improved your project's scalability, performance, or cost-effectiveness, providing metrics or results when possible.

Elaborate on why collaboration is fundamental in DevOps, emphasizing the impact on successful project outcomes. Share examples from your past experience where effective collaboration led to improvements in workflow, communication, or project success, and how you foster collaboration within your teams.

Prepare a story where you faced a significant technical challenge and detail how you approached it. Discuss the steps you took to diagnose the issue, the solutions you considered, and what ultimately worked. Highlight the lessons learned and how it improved your skill set.

Discuss practices such as retrospectives, gathering feedback from team members, and implementing lessons learned in future projects. Share examples of how you’ve fostered a culture of continuous improvement in your previous roles and how it led to better efficiency or collaboration.