Principal DevSecOps Engineer - Onsite (MacDill AFB)

As the Principal DevSecOps Engineer at Yurts, your main responsibilities will include leading the deployment of the Yurts product within U.S. government environments, primarily using technologies like Ansible, Terraform, and Kubernetes. You will develop automation scripts, ensure high availability and security of services, and collaborate closely with the engineering teams to integrate our solutions effectively.

To qualify for the Principal DevSecOps Engineer position at Yurts, you should have an active U.S. Department of Defense or Intelligence SECRET clearance, a Bachelor's degree in Computer Science or related fields, and 10+ years of experience in a DevOps or DevSecOps role. Furthermore, you should have strong expertise in cloud deployments, particularly in Microsoft Azure, and experience with tools like Kubernetes, Ansible, and Terraform.

Essential skills for success as a Principal DevSecOps Engineer at Yurts include excellent problem-solving abilities, strong communication skills, a deep understanding of CI/CD pipelines, expertise in containerization technologies such as Docker and Kubernetes, and proficiency in scripting languages like Bash or Python. Familiarity with database systems, both SQL and NoSQL, is also advantageous.

Yes, the Principal DevSecOps Engineer position at Yurts may require travel depending on your location. However, this role primarily focuses on project execution and collaboration within our teams and client environments, so the extent of travel will vary.

At Yurts, we believe in fostering professional growth. As a Principal DevSecOps Engineer, you'll have the opportunity to work with advanced technologies, lead innovative projects, and play a critical role in shaping our strategic IT roadmap. We encourage continuous learning and provide resources for further education and professional development.

In a DevSecOps role, ensuring security involves integrating security practices into the development lifecycle, performing regular vulnerability assessments, implementing access controls, automating security testing, and maintaining compliance with government regulations. Sharing this approach demonstrates your proactive mindset towards security.

In previous projects, I have leveraged Kubernetes to orchestrate containerized applications, handling tasks such as scaling, load balancing, and automated deployment strategies. Discussing these experiences, including challenges faced and how they were overcome, shows your depth of knowledge.

I’ve worked extensively with tools like Ansible and Terraform. By automating the provisioning and configuration processes, I’ve significantly reduced deployment times and minimized human errors. Providing specific examples of improvements achieved can highlight your effectiveness.

One challenging problem I faced involved a critical service outage due to improper scaling during peak usage. By implementing auto-scaling in our Kubernetes cluster, I ensured system resilience and improved availability. Tailoring the answer to specific metrics or outcomes can demonstrate your analytical capabilities.

To stay current, I regularly attend webinars, participate in online courses, and read industry blogs and publications. Engaging in relevant discussions on forums and communities also helps me understand emerging trends. Mentioning specific resources you recommend can add credibility to your answer.

I emphasize open communication and regular check-in meetings to ensure that engineering teams understand operational requirements while we highlight how their designs can impact deployment. Discussing your specific collaborative methods showcases your teamwork skills.

I have used CI/CD tools like GitLab and Jenkins to automate the deployment pipeline. This automation facilitates faster delivery and ensures higher quality in releases by incorporating automated testing. Detailing metrics on deployment frequency or failure rates can strengthen your answer.

To maintain high availability, I utilize load balancing, fault tolerance techniques, perform regular backups, and implement disaster recovery plans. Discussing specific technologies or practices that you've found effective will enhance your credibility.

I believe in balancing security and performance by finding security measures that do not overly constrain performance. This often involves discussing potential trade-offs with stakeholders to arrive at a solution that meets both needs. An example from past experiences can illustrate this effectively.

I have significant experience deploying applications to Azure, utilizing its services for scalability and security. I have implemented governance and compliance measures to ensure secure access control. Sharing a detailed example of a project can solidify your expertise in cloud environments.