Intermediate Site Reliability Engineer - OP01669

To be considered for the Intermediate Site Reliability Engineer role at Dev.Pro, candidates should have expertise in Linux and Windows server administration, troubleshooting skills, and a robust understanding of web servers like Apache and NGINX. Proficiency in SQL databases and strong scripting skills in Bash or Python are also essential. Experience with AWS and Ansible for configuration management is required, along with familiarity with Git and networking concepts.

As an Intermediate Site Reliability Engineer at Dev.Pro, you will maintain both on-premises and cloud server infrastructure, automate CI/CD processes using Ansible and Terraform, and monitor system performance. Your role will involve troubleshooting alerts from monitoring tools, collaborating with internal teams on infrastructure-related tasks, and providing support for client projects, ensuring reliable services for our clients.

Joining Dev.Pro as an Intermediate Site Reliability Engineer opens doors to continuous learning and growth. You’ll work with modern technologies and methodologies, enhancing your expertise in cloud computing and automation, which could lead to future opportunities in DevOps roles. Plus, mentorship support and ongoing English/Polish lessons will further boost your professional development.

In addition to the fundamental skills, candidates for the Intermediate Site Reliability Engineer position at Dev.Pro would benefit from experience with container orchestration, CI/CD practices, and additional cloud platforms like GCP. Knowledge of monitoring tools such as Prometheus and Grafana, as well as security best practices, is also advantageous for this role, rounding out a solid technical skill set.

Dev.Pro offers a range of benefits to its Intermediate Site Reliability Engineers, including 30 paid rest days, comprehensive health insurance, and flexible leave options for family events. Additionally, the company fosters a collaborative work environment with fun team-building activities, remote support for HR and payroll, and opportunities for professional growth through mentorship programs.

When answering this question, highlight specific projects where you've implemented or managed AWS services. Discuss how your experience in deploying applications, managing services, or automating tasks on AWS has contributed to maintaining the reliability of systems.

Discuss your systematic approach to troubleshooting, such as checking logs, using monitoring tools, and methodically testing components to isolate issues. Provide examples of situations where you've successfully resolved server problems based on this approach.

Talk about your experience using Ansible or Terraform, including specific tasks you've automated. Explain the benefits of automation in ensuring consistent environments and improving deployment speed.

Outline your understanding of security best practices and any frameworks you’ve followed. Discuss specific measures you’ve implemented, such as firewalls, regular updates, and vulnerability assessments to protect systems against threats.

Illustrate your experience working in a team setting to address reliability challenges, emphasizing effective communication, multi-disciplinary cooperation, and how the outcome benefited system performance or uptime.

Mention the specific monitoring tools you've used, such as Prometheus, Grafana, or ELK Stack. Describe how you used these tools in real-time monitoring and how they helped you identify and resolve issues more efficiently.

Share your methods for continuous learning, including following industry blogs, participating in webinars, and engaging with professional communities. Discuss how this knowledge has impacted your work or influenced improvements in reliability practices.

Explain how you've set up CI/CD pipelines, the tools you used, and the impact those implementations had on deployment speed and reliability. Highlight your contributions to optimizing the process.

Provide a detailed approach on how you'd assess project requirements, identify potential risks, and establish a plan to ensure reliability from the start. Emphasize the importance of setting up monitoring and automation early in the process.

Discuss your strategies for managing stress and prioritizing tasks, such as breaking down projects into manageable steps, maintaining open communication with colleagues, and remaining adaptable under pressure to ensure deadlines are met.