Lead System Debug Engineer - Server & Rack Validation (Principal Level and Above)
Position Overview
We are seeking a senior technical leader (Principal Engineer level and above) to lead the bring-up, enablement, and hardware debug of server compute systems and rack-level platforms based on Arm® server architecture.
The successful candidate will be a key member of the System Validation organization, responsible for driving system-level debug activities and facilitating rapid resolution of complex hardware, firmware, and software issues. This role requires close collaboration with engineering teams across the organization to identify root causes, implement corrective actions, and ensure successful program execution.
The ideal candidate will be deeply involved in challenging system debug efforts while developing and executing scalable debug strategies that maximize throughput and ensure Product of Record (POR) quality. In addition, this individual will establish and drive debug methodologies, improve processes, and help create a culture of technical excellence across the organization.
We are looking for a disciplined, dynamic, and highly motivated leader who can thrive in a global environment while fostering strong cross-functional collaboration.
As a Lead System Debug Engineer within Server and Rack Validation, you will drive balanced, scalable, and automated debug solutions that optimize engineering efficiency and product quality. This highly visible role provides the opportunity to innovate and improve debugging capabilities while delivering industry-leading server technologies to market.
Your technical leadership, validation expertise, and problem-solving skills will play a critical role in product development, issue root cause analysis, and resolution. Success in this role requires close collaboration with System Validation, System Architecture, Silicon Engineering, Rack Firmware, and other cross-functional teams.
Primary Responsibilities
Develop and drive a Debug Center of Excellence, including scalable debug and triage methodologies, processes, and playbooks for server blade and rack-level issues spanning hardware, firmware, and software integration.
Debug issues discovered during server rack bring-up, post-silicon validation, and production phases.
Lead complex debug efforts involving silicon, server systems, firmware, and software to determine root causes and drive effective resolutions.
Ensure issues are resolved with high quality and within program timelines.
Manage and track technical issues, risks, and priorities to remove blockers and achieve key program milestones.
Develop and publish debug program metrics and indicators to identify roadblocks and improve overall debug efficiency.
Communicate program status, risks, and opportunities to customers, stakeholders, and executive leadership.
Drive technical innovation across triage and debug workflows through tool development, scripting, methodology enhancements, and cross-functional engineering initiatives.
Mentor engineers and promote best practices in system validation and debug methodologies.
Required Qualifications
Strong analytical and problem-solving skills with exceptional attention to detail.
Extensive experience in validation and debug roles involving operating systems, firmware, silicon, and hardware issues.
Deep understanding of industry-standard server interconnects and software stacks, including PCIe and CXL.
Strong knowledge of Arm® CPU or x86 architectures, SoC design, memory subsystems, RAS (Reliability, Availability, and Serviceability), and power management.
Extensive experience with system architecture, technical debugging, and validation strategies.
Strong understanding of platform-level and system-level debug methodologies, including Operating Systems, Device Drivers, and BIOS interactions.
Excellent communication, collaboration, and cross-functional leadership skills.
Highly organized and detail-oriented, with the ability to manage multiple priorities and deliver results under tight deadlines.
Experience leading technical programs and coordinating cross-functional engineering efforts.
Thorough understanding of data center technologies and associated software stacks.
Self-motivated with the ability to independently drive tasks from problem identification through resolution.
Graphcore · Austin, TX