I've worked as a DevOps engineer in the United States for about three years, mainly with the Windows ecosystem, Azure DevOps, and YAML-based pipelines. Recently, I helped roll out SonarQube and Snyk across teams and products, and I'm now working on a Git migration and moving workflows to GitHub Actions. I'm considering relocating to India and want to understand what companies typically expect for senior DevOps, cloud, or platform engineering roles. I have experience with Linux, Kubernetes, and Docker, but I've mostly treated them as tools rather than areas of deep specialization. What skills and level of ownership should I develop to be competitive?
4 Answers
Your Azure experience should still be valuable, although some employers in India may have more AWS-heavy environments. Learn the equivalent AWS services and focus on transferable concepts such as identity and access management, networking, compute, storage, observability, infrastructure as code, and cost control. Terraform, a major cloud provider, and a working Kubernetes deployment would make your profile easier to evaluate.
Linux fundamentals are worth strengthening, especially for cloud and platform positions. You don’t need to abandon your Windows and Azure background, but be comfortable with shell scripting, processes, networking, permissions, system logs, containers, and troubleshooting. Kubernetes, Docker, and Linux are common expectations, but practical depth matters more than collecting certifications.
For senior DevOps or platform roles, interviewers usually care less about the number of tools you can name and more about whether you’ve owned systems end to end. Be prepared to discuss security, cost, reliability, upgrades, incident response, monitoring, deployment failures, and rollback strategies. Your Azure DevOps, GitHub Actions, code-quality, and security-scanning experience can translate well if you can explain the decisions and results behind the work.
A strong way to demonstrate that is to describe a real system you operated under failure conditions, including what broke, how you diagnosed it, and what you changed afterward. That shows production judgment better than simply listing Kubernetes or Docker.
Don’t present Kubernetes, Docker, or GitHub Actions as isolated technologies. Explain the problems you solved with them: how deployments became safer, how lead time or failure rates changed, how secrets and permissions were handled, and how teams used the platform. For a senior title, companies generally expect ownership and sound engineering decisions rather than familiarity with every tool.
The operating system matters less than the underlying concepts in many CI/CD jobs, but Linux is still common enough in cloud infrastructure that being unable to troubleshoot it can become a weakness.