[TSO] System Engineer (Linux) with DevOps skills

As a TSO System Engineer (Linux) at Software Mind, you will be responsible for designing, implementing, and maintaining ICT solutions. Your role involves collaborating with development and testing teams to manage CI/CD processes and automate tasks, alongside troubleshooting issues as part of L3 support. Additionally, you're expected to ensure the operational continuity of maintained platforms by analyzing problems and proposing security updates.

To be a successful TSO System Engineer (Linux) at Software Mind, you should possess strong skills in Linux administration (preferably CentOS, RedHat, or Debian), a solid understanding of TCP/IP protocols, and SQL database experience. Familiarity with Apache httpd, Tomcat, or similar environments is essential, along with the ability to analyze Java code for troubleshooting purposes. English proficiency for communication and documentation is also required.

In addition to the core qualifications, having knowledge of task automation tools like Ansible or Terraform, along with Docker and Kubernetes, can significantly enhance your application for the TSO System Engineer (Linux) role at Software Mind. Familiarity with scripting languages and VoIP protocols would also be beneficial.

The work environment for a TSO System Engineer (Linux) at Software Mind is characterized by a non-corporate, friendly atmosphere that fosters creativity and collaboration. You will engage in international projects and enjoy a flexible working arrangement, allowing for both remote work and travel opportunities.

Yes, Software Mind offers various professional development opportunities, including internal and external training programs, language classes, and well-being initiatives. As a TSO System Engineer (Linux), you'll have the chance to grow your skills and advance your career in a supportive environment.

When troubleshooting in a Linux environment, I begin by gathering logs and identifying the issue's scope. I then analyze configurations and check system status using tools like top, ps, or netstat. Collaborating with development teams for deeper insights is crucial, and I always document my process for future reference.

Certainly! My experience with CI/CD processes involves setting up automation pipelines for code integration and deployment. I have utilized tools like Jenkins and GitLab CI to streamline the workflow, ensuring that each code commit triggers automated builds, tests, and deployments, which significantly reduces release times and improves software quality.

To ensure system security, I regularly perform audits and update software patches. I configure firewalls, monitor logs for unusual activities, and enforce strict access controls. Additionally, implementing automated security testing in CI/CD pipelines helps identify vulnerabilities early in the development process.

My experience with SQL database administration includes designing and optimizing database schemas, performing backups, and troubleshooting performance issues. I regularly write queries to extract and analyze data, ensuring that the databases maintain high availability and reliability for users.

When managing legacy codebases, I prioritize understanding the existing code by reading documentation and writing tests to assess functionality. I work closely with developers to refactor where necessary and ensure reliability while gradually updating the code to improve maintainability without disrupting current operations.

I stay current with new technologies in the DevOps space by following industry blogs, participating in webinars, attending conferences, and engaging with online communities. Continuous learning through courses and certifications also ensures I am updated on best practices and emerging tools.

In high-pressure situations, I prioritize tasks based on urgency and impact. I assess what needs immediate attention, such as security breaches or system outages, and communicate with stakeholders to set expectations. I break down tasks into manageable steps and focus on completing them efficiently.

For task automation, I primarily use Ansible for configuration management and deployment. Tools like Terraform help manage infrastructure as code, and I often integrate these tools with CI/CD pipelines to automate testing and deployment, minimizing manual processes and reducing errors.

I approach collaboration with cross-functional teams by fostering open communication and understanding each team's objectives. Regular meetings and shared documentation ensure everyone is on the same page. I value feedback and adapt methods to ensure alignment and successful project delivery.

One challenging project involved migrating a legacy application to the cloud. We faced various obstacles, including data integrity issues and unforeseen downtime. I led a team to conduct thorough testing and created a detailed migration plan to minimize disruptions, ensuring comprehensive training was provided to end-users post-migration.