HPC Storage Engineer

As an HPC Storage Engineer at IMC, your main responsibilities will include designing, deploying, and managing a global storage platform that offers high performance and scalability. You will collaborate with multidisciplinary teams to optimize data workflows and resolve complex issues in a fast-paced environment, as well as ensure seamless integration of storage systems with distributed computing clusters.

Candidates applying for the HPC Storage Engineer role at IMC should have over five years of experience in system storage architecture and design. Key skills include proficiency in storage systems like Lustre, strong Linux Engineering abilities, and an understanding of storage stack implementation, as well as programming experience in languages such as Rust, Python, or Go.

For the HPC Storage Engineer position at IMC, familiarity with various storage systems is crucial. You should have experience with Lustre, GPFS, S3, BeeGFS, and Ceph, as well as knowledge of performance tuning, benchmarking, and optimizing storage systems to meet the demands of large-scale, performance-critical environments.

While not mandatory, familiarity with cloud technologies such as AWS or GCP is beneficial for the HPC Storage Engineer position at IMC. Additionally, experience with tools like Kubernetes, Terraform, or Ansible can enhance your application, as these skills can help streamline the deployment and management of storage solutions across different environments.

At IMC, career advancement opportunities for an HPC Storage Engineer are promising due to our commitment to continuous innovation and collaboration. As you gain experience and contribute to the team's success, you may have the chance to lead projects, mentor junior engineers, or advance into senior technical or managerial roles within the organization.

When answering this question, highlight specific systems you've worked with, such as Lustre or Ceph. Discuss your role in optimizing their performance and any challenges you faced while integrating them into existing infrastructures.

Explain your methodical approach to diagnosing issues, including tools you use to monitor performance, methods of logging errors, and how you prioritize addressing issues based on their impact on operations.

Discuss your familiarity with Linux system administration, file systems, and kernel-level programming—be specific about any relevant projects where you've implemented or managed storage solutions in Linux environments.

Share your strategies for capacity planning, including how you've successfully anticipated growth, optimized configurations, and ensured seamless scaling of storage environments. Mention any metrics you track to assess system performance.

Talk about your programming experience, particularly in languages like Python or Go, and give examples of scripts or applications you've developed to automate storage tasks or analyze performance data.

Discuss the importance of compatibility between storage and computing resources, as well as your experience implementing integrations. Highlight any specific technologies or methodologies you've used to achieve this.

Describe your experience with a 'follow-the-sun' support approach, including how you proactively monitor systems and your methods for communicating with team members across different time zones to ensure issues are resolved promptly.

Discuss any relevant experience you have, particularly with AWS or GCP, emphasizing how you have implemented cloud storage solutions and what cloud-native technologies you are familiar with.

Explain your commitment to continuous learning, mentioning resources such as industry publications, conferences, or online courses that you engage with to stay updated on emerging storage technologies and best practices.

Articulate your passion for technology and how IMC's collaborative culture aligns with your career goals. Mention specific aspects of the company's commitment to innovation and performance that excite you about the opportunity.