Senior Storage Architect

The Senior Storage Architect at Hudson River Trading is responsible for delivering high-performance and reliable storage solutions that align with the company's growing needs. This role involves collaborating with various internal engineering teams, improving user experience through understanding storage workloads, and building long-term roadmaps for storage solutions. The architect also troubleshoots complex issues and integrates systems with HPC clusters, ensuring compatibility with other hardware.

To qualify for the Senior Storage Architect position at Hudson River Trading, candidates should have over 10 years of experience in HPC environments managing multi-PB storage deployments. They should possess expertise in advanced storage software solutions, distributed file systems like Lustre or CEPH, and demonstrate strong leadership and communication skills. A solid understanding of server architecture and the ability to manage time efficiently are also essential.

Hudson River Trading fosters a culture of openness, transparency, and collaboration, especially for a Senior Storage Architect. Employees are encouraged to share ideas and explore innovative solutions in algorithmic trading. The work environment promotes teamwork, where colleagues celebrate each other's achievements and contribute to a diverse, inclusive atmosphere that values every voice.

A Senior Storage Architect at Hudson River Trading works primarily with high-performance computational clusters and enterprise storage solutions. They engage with distributed file systems suitable for large-scale computing and are responsible for integrating various storage systems to ensure they work harmoniously with existing infrastructure and software applications.

At Hudson River Trading, a Senior Storage Architect has the unique opportunity to influence the direction of future storage solutions while engaging with cutting-edge technology. Continuous learning is encouraged, with access to industry insights, professional development, and collaboration with a diverse team of experts. This dynamic environment ensures that architects can enhance their skills while contributing significantly to HRT's success.

When answering this question, provide specific examples of your previous projects involving multi-PB storage deployments in HPC-like environments. Highlight the technologies used, challenges faced, and solutions implemented, emphasizing your role in managing and executing these projects.

Be prepared to discuss your experience with distributed file systems such as Lustre, GPFS, or S3. Explain the contexts in which you utilized these systems and elaborate on how they enhanced storage architectures or improved workloads within your past organizations.

Discuss your systematic approach to troubleshooting, including identifying potential bottlenecks, analyzing logs, and collaborating with teams for insights. Provide an example of a complex storage issue you resolved and the steps you took to overcome it.

Focus on your communication skills and ability to work collaboratively with different teams. Provide instances where your interactions have led to improved service delivery or technology implementation, highlighting your role in fostering a collaborative culture.

Outline your methodology, which may include analyzing current usage patterns, researching industry trends, and collaborating with stakeholders to understand future demands. Mention any tools or techniques you've found effective in this analysis.

Share your strategies for continuous learning, such as subscribing to relevant publications, participating in industry forums, or attending conferences. You can also mention how networking with peers helps you stay updated on emerging trends.

Reflect on a specific project where you identified issues impacting user experience and how you designed solutions to resolve them. Discuss the outcomes of your changes, such as performance enhancements or user satisfaction metrics.

Discuss the importance of financial modeling in guiding storage investments and operations. Explain how you would analyze costs versus benefits when making decisions about technology implementations or upgrades.

Share your time management strategies that help you efficiently handle both independent projects and collaborative tasks. Describe any tools you use to keep track of responsibilities and deadlines.

Discuss your proficiency in languages such as Python and shell scripting in UNIX/Linux. Provide examples of how you have utilized these programming skills to solve storage-related challenges or create automation tools.