DevOps Software Engineer III

As a DevOps Software Engineer III, you will design and maintain CI/CD pipelines using Azure DevOps, automate deployment processes, and integrate security practices into the DevOps pipelines. You'll be responsible for application support, infrastructure management using tools like Terraform and Ansible, and collaborating closely with development and operations teams to enhance efficiency.

To qualify for the DevOps Software Engineer III position, candidates should have a Bachelor’s degree in Computer Science, Engineering, or a related field, coupled with over 7 years of relevant professional experience. Proven skills in Azure DevOps, advanced scripting in PowerShell, and knowledge of .NET application deployments and IIS configuration are essential.

A successful DevOps Software Engineer III should have proficiency in Azure DevOps, knowledge of Terraform and Ansible for infrastructure management, and a solid understanding of version control systems like Git. Familiarity with cloud platforms such as AWS and Azure, along with experience in container orchestration tools like Kubernetes, will be beneficial.

Yes, the role allows for a hybrid working arrangement. Candidates can work from our Addison, TX location alongside opportunities for flexible remote work, promoting a balance between collaboration and personal productivity.

Soft skills play a vital role in the success of a DevOps Software Engineer III. Strong problem-solving abilities, effective communication skills to explain technical concepts to non-technical stakeholders, and the adaptability to learn and embrace new technologies are key attributes for this position.

CI/CD pipelines are a set of automated processes that allow you to integrate code changes and deliver software updates securely and quickly. In my previous roles, I’ve designed pipelines using Azure DevOps that involve steps for code integration, testing, and deployment, ensuring that every code commit is automatically tested and deployed.

I leverage tools like Terraform and Ansible to automate deployments. For instance, using Terraform, I can write infrastructure as code to provision resources on cloud platforms, while Ansible helps automate the installation and configuration of software on those resources. This minimizes errors and increases deployment speed.

I have extensive experience with Infrastructure as Code using Terraform. I create configurations that define the desired infrastructure in a high-level template, which allows me to spin up environments consistently and efficiently, reducing manual configuration and potential errors.

Integrating security into DevOps processes involves adopting DevSecOps practices. This means incorporating security checks and compliance validations at every stage of the software development lifecycle, such as implementing code analysis tools during the CI/CD pipeline and ensuring the use of secure coding practices.

My troubleshooting approach revolves around quickly identifying the root cause through systematic analysis. I utilize various monitoring tools like Grafana to track application performance and logs to diagnose issues. Once identified, I prioritize addressing the issue while communicating effectively with impacted stakeholders.

I am proficient in PowerShell and Python, which I frequently use for task automation and process optimization. PowerShell comes in handy for Windows-based environments, while Python is versatile for various automation tasks across platforms.

I ensure collaboration by facilitating regular meetings and using collaboration tools like Slack and Jira. By fostering open communication channels and involving teams in the planning and implementation stages, we can collectively work towards a common goal and address any concerns early on.

I have hands-on experience with both Azure and AWS, where I’ve deployed applications in various environments, set up infrastructure items such as VPCs in AWS, and utilized Azure services like Azure App Services and Azure Functions for hosting applications.

DevSecOps shifts the security focus left in the DevOps lifecycle, implying that security is integrated from the beginning of the development process. This means incorporating security tools in the CI/CD pipeline, conducting regular security assessments, and training developers on secure coding practices.

Version control is fundamental to my DevOps practices as it ensures code is tracked and managed effectively. Using Git, I maintain repositories for code changes, enable collaboration among team members, and facilitate review processes, which are essential for maintaining the integrity and quality of our applications.