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Lead Systems Engineer, High-Performance Computing - job 17 of 20

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IaaS Systems and Storage & Engineering (ISSE) team is part of the Operations & Infrastructure technology organization. Distributed Compute engineering (DCE) is part of ISSE and High-performance compute platform engineering is part of DCE. Our vision, mission and purpose are summarized as following:

Vision: To become a leading technical engineering professional, pioneering in the design and automation of server infrastructure. We envision creating highly secure and efficient operations environments that drive business success and technological advancement.

Mission: Our mission is to deliver high-quality server infrastructure design and automated implementation. We are committed to operating in complex, highly secure, and highly available environments, while maintaining rigorous operations, security, and procedural models.

Purpose: The purpose of this role is to utilize strong hands-on technical engineering skills to design and automate the implementation of server infrastructure based on business requirements. This role will interact with technology domain experts to maintain high security and availability in complex operational environments, thereby driving business efficiency and security.

Essential Functions:

GPU as a Service and High-Performance Compute Platform Support: Expertise in deploying, managing, and optimizing GPU as a Service (GaaS) and high-performance compute platforms to support advanced computational workloads.
Extensive Datacenter Experience: Proficient in managing complex, geographically distributed IT infrastructures to ensure high availability and performance.
Advanced Technical Knowledge: Profound understanding of high-performance, highly available, and secure computing systems utilizing x86 technologies and protocols (NVME, GPU, PCI-E).
Enterprise Server and Component Expertise: In-depth knowledge of server components (storage/network controllers, HBA, SSDs) and their functionalities, essential for maintaining high-performance compute environments.
Processor and GPU Systems Proficiency: Strong grasp of Intel/AMD architectures, GPU systems, memory hierarchy, and hardware-level security to enhance system performance and reliability.
Out-of-Band, UEFI, and BIOS Expertise: Comprehensive understanding of out-of-band management, UEFI, BIOS settings, and their impact on system performance and security in high-performance computing environments.
Hardware Lifecycle Management: Experienced in hardware lifecycle management, including firmware and OS driver certifications, to ensure the longevity and reliability of compute resources.
Infrastructure Management and Automation: Proficient in installing, configuring, supporting, and maintaining compute infrastructure management tools, with skills in Ansible for automation to streamline deployment and operational tasks.
Performance Benchmarking and Tech Evaluation: Capable of running performance benchmarks and evaluating new technologies for various platforms (Linux, Windows, containerized, and virtualized) to ensure optimal performance.
Scripting Proficiency: Advanced skills in scripting languages such as PowerShell and Python to automate and optimize infrastructure tasks.
Team and Independent Work: Highly motivated, excellent team player, capable of working independently, with strong analytical and troubleshooting abilities to resolve complex issues and mentor junior staff.

This is a hybrid position. Hybrid employees can alternate time between both remote and office. Employees in hybrid roles are expected to work from the office 2-3 set days a week (determined by leadership/site), with a general guidepost of being in the office 50% or more of the time based on business needs.

Average salary estimate

$135000 / YEARLY (est.)

min

max

$120000K

$150000K

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What You Should Know About Lead Systems Engineer, High-Performance Computing, Visa

Are you ready to take your career to the next level? We’re searching for a talented Lead Systems Engineer specializing in High-Performance Computing to join our dynamic team at the forefront of innovation in Ashburn. At the IaaS Systems and Storage & Engineering (ISSE) team, you'll collaborate with the Distributed Compute Engineering (DCE) group to enhance our high-performance computing platforms. Your technical expertise will shine as you design and automate server infrastructure that meets complex business requirements while ensuring security and availability. We are committed to delivering top-notch server infrastructure design and automated implementation, and we need your extensive datacenter experience to help us operate smoothly in highly secure environments. You'll utilize your skills in deploying GPU as a Service, managing geographically distributed IT infrastructures, and performance benchmarking across various platforms. Proficiency in scripting languages like PowerShell and Python will allow you to optimize tasks, while your knowledge of server components and processor systems enhances performance and reliability. In this hybrid role, you’ll balance working from the office and remotely, providing flexibility while ensuring business efficiency. Join us, and be part of a mission-driven company focused on pioneering secure and efficient operational environments. Get ready to mentor junior staff, tackle complex issues head-on, and drive technological advancement in high-performance computing!

Frequently Asked Questions (FAQs) for Lead Systems Engineer, High-Performance Computing Role at Visa

What are the responsibilities of a Lead Systems Engineer at the IaaS Systems and Storage & Engineering team?

As a Lead Systems Engineer at the IaaS Systems and Storage & Engineering team, your responsibilities will include designing and automating server infrastructure for high-performance computing, deploying and managing GPU as a Service, and ensuring high availability in complex IT environments. You’ll also collaborate with domain experts, perform performance benchmarking, and utilize your scripting skills to streamline tasks, all while maintaining rigorous security protocols.