And because we understand the value of bringing your full and best self to work, we offer a variety of perks to manage a healthy balance, including flexible time off, wellness resources, and company-sponsored team events.
Key Responsibilities
As the Team Lead for Initiator & Protocol Engineering, you will spearhead the critical bridge between our industry-leading FlashArray and the Linux/VMWare ecosystems. You will drive the performance and reliability of our storage protocol stacks—spanning NVMe over Fabrics and Fibre Channel—ensuring Pure Storage remains the gold standard for enterprise connectivity. Collaborating closely with cross-functional hardware and software teams, you’ll mentor a high-caliber engineering squad to solve complex kernel-level challenges and influence the global Linux upstream community.
Own the Protocol Lifecycle: Lead the development, maintenance, and optimization of Linux and VMWare initiator stacks (NVMeoF, FC-SCSI, iSCSI) and target drivers to ensure seamless, high-performance integration with Pure FlashArray.
Drive System Resilience: Architect enhancements for Fibre Channel and NIC driver stacks that improve RAS (Reliability, Availability, and Serviceability), specifically focusing on multipathing logic and link health monitoring.
Technical Leadership & Mentorship: Guide a team of senior and junior engineers through complex project deliveries, conducting deep-dive code reviews and setting the technical bar for C/C++ and Python development within the kernel space.
Solve the Impossible: Act as the final escalation point for the most challenging system-level bugs found in the field or internal testing, utilizing protocol analyzers and kernel debugging tools to provide root-cause analysis and long-term fixes.
Shape the Ecosystem: Optimize initiator behavior for maximum throughput and minimum latency, contributing key performance enhancements and bug fixes back to the Linux upstream kernel to benefit the broader storage community.
Requirements
Kernel & Driver Mastery: Proven expertise in Linux/Unix kernel development and writing robust device drivers, specifically within storage or networking subsystems.
Protocol Architecture: Deep technical command of storage protocols such as NVMe (TCP, ROCE, FC) or SCSI (FCP, iSCSI), including experience designing and implementing significant components of these stacks.
Leadership Impact: Demonstrated ability to lead complex engineering projects from conception to delivery while mentoring peers and fostering a culture of high-quality, automated-first development.
Advanced Problem Solving: Expert-level debugging skills for complex system/kernel issues and a track record of using performance analysis tools to optimize storage system bottlenecks.
Location: We are primarily an in-office environment and therefore, you will be expected to work from the {{OFFICE_LOCATION}} office in compliance with Pure’s policies, unless you are on PTO, or work travel, or other approved leave.
Ready to Apply?
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