As a Site Reliability Engineer at Voltage Park, you'll design and operate the core infrastructure, including dealing with bare metal provisioning and providing robust support for thousands of GPU servers. Your role involves minimizing incidents, deploying updates, and collaborating closely with network engineers and software developers.

Voltage Park seeks a candidate with at least 8 years of Linux experience, 5 years with AWS, and 2+ years with Kubernetes, Terraform, and Ansible. Familiarity with network attached storage, monitoring systems, and software development languages such as Python or Go is also important.

The culture at Voltage Park is one of collaboration and autonomy. You’ll work with a small, motivated team and be encouraged to prioritize your work independently, all while maintaining strong communication and documentation practices.

Yes, the Site Reliability Engineer position is fully remote. However, candidates are required to have some overlap with Pacific Standard Time work hours as part of our collaborative environment.

In this role, you will work on significant projects aimed at deploying and maintaining new infrastructure platforms. This includes building automation processes, managing analytics, and ensuring the reliability of customer-facing and internal features across our extensive GPU infrastructure.

A Site Reliability Engineer at Voltage Park should be adept in tools like Kubernetes, Terraform, and monitoring systems like Prometheus and the ELK stack. Experience with network attached storage and programming languages for automation—such as Python or Go—is also essential.

Absolutely! Voltage Park values growth and encourages its Site Reliability Engineers to explore opportunities for professional development, whether through training sessions, new projects, or collaborative team learning.

When discussing your experience with Linux servers, focus on specific distributions you've worked with, particularly Ubuntu, and describe any challenges you faced or notable projects where you improved server performance or security.

Provide examples of how you've managed cloud resources in AWS, including the services you used, any automation you've implemented, and how these experiences relate to supporting Voltage Park's infrastructure needs.

Detail your experience with deploying applications in Kubernetes environments, including any specific issues you've overcome and how you maintain service reliability in container-based applications.

Outline a systematic approach to performance troubleshooting, including how you collect metrics, analyze data, and what tools you employ. You may also want to share a specific instance where your troubleshooting led to a significant resolution.

Focus on specific scenarios where you effectively utilized Terraform or Ansible for infrastructure automation. Mention how these tools improved efficiency and reduced manual errors in your workflows.

Emphasize the importance of documentation and detail your specific practices and tools that you use to create and maintain comprehensive documentation as part of your routine.

Share how you keep yourself informed about the latest trends and technologies in the industry, such as attending webinars, participating in relevant forums, and continuously experimenting with new tools.

Discuss effective time management strategies that enable you to work independently while still aligning your priorities with team goals, perhaps through tools like priority matrices.

Highlight the monitoring tools you’ve used, such as Prometheus or the ELK stack, and share how you’ve set up alerts for critical metrics and how you respond when alerts are triggered.

Illustrate your collaborative style by sharing examples where teamwork led to successful project outcomes, highlighting communication strategies you find effective in a flat organization.