Sr. DevOps Engineer I (5708)

The Sr. DevOps Engineer I at MetroStar is responsible for designing, building, and maintaining a stable infrastructure that optimizes service delivery across various environments. Key responsibilities include configuring and maintaining CI/CD pipelines, managing code repositories, and developing automation scripts to streamline code migration. Additionally, you will be engaged in monitoring, troubleshooting, and improving deployment processes to ensure efficient operations.

To qualify for the Sr. DevOps Engineer I position at MetroStar, candidates must hold an active DoD Secret Clearance and have a Bachelor's Degree. Furthermore, a minimum of four years of experience in DevSecOps, proficiency in deployment and configuration management tools, and a strong understanding of version control and cloud services are essential to succeed in this role.

A Sr. DevOps Engineer I at MetroStar typically utilizes a variety of tools to carry out their responsibilities effectively. This includes deployment and configuration management tools such as Jenkins, Maven, Puppet, and Ansible, as well as version control systems like GIT and Bitbucket. Familiarity with programming and scripting languages such as Python, Bash, and SQL is also essential.

MetroStar is committed to the professional growth of its employees, particularly for positions like Sr. DevOps Engineer I. We provide opportunities for continuous learning and development through training programs, mentorship, and access to industry conferences. Our workplace culture emphasizes collaboration and innovation, which fosters meaningful professional advancement.

Sr. DevOps Engineers at MetroStar enjoy a comprehensive benefits package that includes health coverage, retirement plans, and generous paid time off. In addition, there are opportunities for professional development and resources to ensure a healthy work-life balance, as we believe that well-supported teams deliver the best results.

CI/CD stands for Continuous Integration and Continuous Deployment. It's a crucial practice in DevOps that automates the process of integrating code changes, testing them, and deploying them to production. This efficiency reduces manual errors, increases deployment speed, and enhances overall product quality. Demonstrating your understanding of CI/CD processes is key for a Sr. DevOps Engineer I.

To ensure infrastructure reliability, I focus on implementing automated monitoring, regular backups, and strong security protocols. Utilizing infrastructure as code (IaC) tools also helps in managing configuration changes efficiently, reducing the risk of failure, and enabling swift rollbacks in case of issues.

I have robust experience with AWS, utilizing services such as EC2 for computing, S3 for storage, and RDS for database management. I also incorporate AWS security protocols to ensure data protection. Understanding the nuances of cloud services is essential in scaling infrastructures effectively.

I manage code versioning through tools like GIT, ensuring developers consistently track and collaborate on code changes. For environment management, I rely on configuration management tools such as Ansible or Puppet to maintain consistency across development, QA, and production stages.

I am proficient in several scripting languages, including Python and Bash. I use these languages to automate tasks, such as code deployment and infrastructure provisioning, which enhances productivity and minimizes manual effort.

One of the most challenging deployments I managed involved migrating an existing application to a new cloud environment. I ensured thorough testing before the migration and employed a canary release strategy to monitor performance. This careful approach mitigated risks and resulted in a smooth transition.

When troubleshooting deployment issues, I start by reviewing logs and monitoring metrics to pinpoint where the problem lies. I maintain a systematic approach, identifying if the issue is related to the code, configuration, or environment, and then implement corrective actions efficiently.

Security is paramount in DevOps practices, often referred to as DevSecOps. I incorporate security measures throughout the development process, ensuring code is scanned for vulnerabilities early and that infrastructure adheres to best security practices to protect systems and data.

Effective communication within the DevOps team is vital. I encourage regular stand-ups and feedback sessions, and we utilize communication tools to keep everyone informed about changes and updates. Building a transparent culture promotes collaboration and resolves issues quickly.

A successful DevOps project is characterized by seamless collaboration between development and operations teams, automated processes, and rapid delivery of high-quality software. It should also include measurable outcomes such as reduced deployment times, minimal downtime, and a satisfied end-user base.