Mid Site Reliability Engineer

As a Mid Site Reliability Engineer at Zipdev, your responsibilities will include building systems and infrastructure to monitor complex distributed systems, identifying stability and performance issues, participating in design reviews, and actively monitoring system throughput and reliability. You'll engage in service capacity planning and ensure consistent collaboration with Developers and Engineers.

To apply for the Mid Site Reliability Engineer role at Zipdev, you should have a Bachelor’s degree in Computer Science or equivalent experience as a System Administrator, along with 3-4 years of experience as a Site Reliability Engineer. Proficiency in programming languages such as Python, Bash, or Go, as well as a fundamental understanding of Unix, networking, and web application security is essential.

Yes, Zipdev looks for candidates with technical skills like proficiency in general-purpose programming/scripting languages, knowledge of technologies covering virtualization, storage, networking, and security, along with experience in analyzing logs and troubleshooting distributed systems. Familiarity with AWS infrastructure and monitoring tools is also preferred.

Zipdev offers a fully remote work environment for Mid Site Reliability Engineers, allowing you the flexibility to work from home during standard hours, Monday through Friday. We also provide substantial benefits such as vacation days, health reimbursements, and bonuses to ensure a balanced work-life integration.

The recruitment process for the Mid Site Reliability Engineer position at Zipdev involves a video interview, a 20-minute take-home skills test, a recruiter call, followed by potential interviews with the client. The process is tailored to ensure we find the best fit for both candidates and our dynamic team.

Certainly! When answering this question, focus on the specific tools and methodologies you've used to monitor systems, such as ELK stack or Nagios. Elaborate on the challenges you faced and how you ensured system reliability and performance.

In your response, you might discuss your systematic approach to identifying issues, using logs, and engaging with relevant team members to troubleshoot. Provide a real-world example where you successfully resolved a major issue.

Mention the languages you are proficient in, for example, Python or Go, and describe key projects where you incorporated these skills to enhance reliability or performance. It's helpful to cite tangible outcomes from these initiatives.

Outline the steps you take to assess current system usage, predict future needs, and collaborate with stakeholders to ensure capacity meets demand. Utilizing real data and metrics can illustrate your analytical abilities well.

Discuss specific tools you have experience with, such as Zabbix or StatsD for monitoring, and the key metrics you tracked. Share insights on how these tools improved system performance and reliability.

Talk about the resources you use to stay informed, such as online courses, webinars, tech books, or communities that focus on SRE and cloud technologies. Highlight any recent learning experiences that have added value to your skillset.

Share a real example where you faced a critical production issue, detailing the steps taken, collaborations involved, and the ultimate resolution. Ensure to demonstrate your decision-making and teamwork skills.

Provide specifics about the AWS services you've worked with, like EC2 or S3, and how you utilized them to enhance system reliability or scalability. Real-world examples showing successful implementations are beneficial.

Outline your communication approach, emphasizing active listening and collaboration. You can also mention successful past experiences where building these relationships led to improved outcomes.

It's critical to convey your stress management techniques, whether through staying organized, prioritizing tasks, or employing problem-solving strategies. Providing examples of how you maintained composure in a past situation will strengthen your response.