Senior DevOps Engineer

As a Senior DevOps Engineer at Synectics, you will be responsible for supporting the CCP and NextGen Cloud Engineering platform. This involves leveraging your expertise in DevOps practices, managing both Linux and Windows environments, and ensuring smooth integrations with Azure Cloud. You'll create and manage Infrastructure as Code using tools like Bicep and Chef, and have opportunities to implement CI/CD processes for streamlined deployments.

To qualify for the Senior DevOps Engineer role at Synectics, you need a minimum of 5 years of experience in the field. A strong foundation in DevOps methodologies is expected, along with proficiency in Linux and Windows OS environments, Git, and Azure Cloud. Familiarity with Infrastructure as Code (IaC) tools such as Bicep and Chef is essential, while knowledge of CI/CD, Rego OPA, HELM, Ansible, Terraform, and Python is highly desirable.

Synectics provides a range of benefits for Senior DevOps Engineers that enhance your wellbeing. After just 60 days of continuous employment, you can enroll in comprehensive healthcare plans, including medical, dental, and vision insurance. We also offer a 401(k) plan to help you save for retirement, and further support your career with bonuses for approved technical certifications. Our benefits package is designed to support you both personally and professionally.

A Senior DevOps Engineer at Synectics should be proficient in various tools and technologies that facilitate DevOps practices. Required skills include DevOps methodologies, Linux and Windows OS, Git, and Azure Cloud. You should also have familiarity with Infrastructure as Code tools like Bicep and Chef. Additional skills in CI/CD processes, Rego OPA, HELM, Ansible, Terraform, and Python will be advantageous.

At Synectics, we are committed to supporting the continuous professional development of our Senior DevOps Engineers. One way we do this is by offering a Technical Certification Bonus of up to $500 for approved professional certifications that are relevant to your role. This bonus is awarded after the successful completion of certifications, rewarding your efforts in upgrading your skills and expertise.

In response to this question, you can discuss specific projects where you've implemented Azure Cloud services, focusing on how you set up environments, automated deployment, and improved system stability. Highlight your knowledge of security protocols and compliance measures, and mention any relevant certifications you've earned.

Your answer should detail your experience with Infrastructure as Code (IaC), emphasizing the benefits of automation and reproducibility. Share specific examples of how you deployed infrastructure using Bicep and Chef, and how they improved efficiency and reduced errors in your past roles.

In answering this question, share your overall approach to Continuous Integration and Continuous Deployment (CI/CD). Talk about the tools you've used, such as Jenkins, GitLab CI, or Azure DevOps, and provide examples of how they improved the workflow and deployment success in your projects.

When addressing this, provide a real-world example of a significant challenge, such as system downtime or integration issues. Detail the steps you took to diagnose and troubleshoot the problem, highlighting your problem-solving skills and collaboration with team members.

Discuss your communication methods and practices that facilitate collaboration between DevOps and development teams. Emphasize the importance of regular meetings, feedback loops, and using collaboration tools like Slack or Jira to keep all parties aligned on project goals.

To effectively answer this, share your knowledge about security practices within DevOps. Discuss concepts such as the principle of least privilege, regular security audits, and integrating security tools like Rego OPA into your workflows. Provide examples of how you've implemented security measures in projects.

Focus on your hands-on experience with automation tools such as Ansible and Terraform in this response. Explain how you utilized these tools, highlighting specific tasks you automated, improvements achieved, and any hurdles you faced during implementation.

When answering, detail your methodical approach to diagnosing performance issues. Discuss monitoring tools you've used, data collection techniques, and how you analyze performance metrics to identify bottlenecks or areas for improvement.

Your answer should reflect a deep understanding of DevOps culture, emphasizing collaboration, shared responsibility, and feedback between development and operations. Discuss how fostering a DevOps mindset enhances efficiency, accelerates delivery, and improves overall software quality.

Discuss current trends like the increasing reliance on containers and microservices, the shift towards service mesh architectures, or advancements in AI/ML for operations. Explain how DevOps Engineers should upskill in areas such as cloud-native technologies and continuous learning to stay relevant.