Cloud DevOps Engineer

As a Cloud DevOps Engineer at Uni Systems, your main responsibilities will include ensuring the high availability, performance, and security of cloud-based services and infrastructure. You will support the daily operations, implement automation through tools like Ansible and GitLab CI/CD, and manage containerized environments using Kubernetes and Docker. Collaborating with project teams to optimize infrastructure for new initiatives is also key to this role.

To become a Cloud DevOps Engineer at Uni Systems, you should have a minimum of 3 years of hands-on experience with tools such as Kubernetes, Docker, Ansible, GitLab CI/CD, and cloud environments—preferably AWS. Solid troubleshooting skills and a good command of English are also essential for effectively fulfilling your role.

Uni Systems is deeply committed to fostering a diverse and inclusive workplace, offering equal employment opportunities to all individuals regardless of their gender, race, religion, or other characteristics. We have a clear Diversity, Equality & Inclusion Policy in place, which underscores our dedication to creating an environment where every employee feels valued and respected.

In your role at Uni Systems, you will work with a suite of modern tools and technologies, including Kubernetes and Docker for managing containerized environments, as well as automation tools like Ansible and GitLab CI/CD. You will also utilize Infrastructure as Code tools such as Terraform and AWS CloudFormation to streamline deployment processes and enhance overall efficiency.

At Uni Systems, there are ample opportunities for professional growth as a Cloud DevOps Engineer. You’ll be part of a dynamic team where continuous learning and improvement are encouraged. Engaging in innovative projects within the public sector can help you expand your skill set and establish a strong professional network, setting the stage for future career advancement.

When answering this question, highlight specific projects where you've implemented Kubernetes and Docker. Discuss how you used these tools to enhance deployment processes, manage scalability, and ensure service reliability.

Share your methods for leveraging automation tools like Ansible and GitLab CI/CD. Be prepared to provide examples of how automation has improved efficiency and reduced errors in your previous roles.

Talk about your experience in establishing compliance protocols, performing regular audits, and ensuring that best practices are followed in maintaining security across cloud environments.

Explain Infrastructure as Code (IaC) and how it enables you to manage infrastructure through code. Discuss the benefits of IaC, such as consistency, repeatability, and scalability, using tools like Terraform and AWS CloudFormation.

Describe your systematic approach to troubleshooting technical issues. Emphasize skills like log analysis, root cause identification, and your ability to work collaboratively with other team members for effective resolutions.

Discuss your methods for prioritization, which might include assessing project timelines, evaluating impact on business objectives, and considering urgency in addressing operational challenges.

Illustrate your commitment to creating and maintaining efficient DevOps practices. Talk about continuous monitoring, regular feedback loops, and documenting processes to ensure seamless collaboration across the team.

Share your strategies for staying informed about the latest trends, tools, and best practices in cloud technologies, including attending workshops, pursuing certifications, and engaging with the tech community online.

Provide a concrete example of a process improvement you implemented, detailing the problem you identified, steps you took to resolve it, and the measurable impact it had on team productivity or service reliability.

Highlight your communication and teamwork skills. Provide examples of how you've effectively collaborated with cross-functional teams to achieve shared goals and successfully executed complex cloud projects.