Principal Datacenter Technologist

About Graphcore Graphcore is a leading innovator in artificial intelligence computing. We develop hardware, software, and data center infrastructure that provide the specialized processing and systems capabilities needed to advance AI while improving the efficiency required for broad adoption. As part of SoftBank Group, Graphcore works alongside companies developing advanced technologies. Our teams bring together AI researchers, silicon designers, hardware and software engineers, and systems architects to solve complex technical problems across the computing stack. The Opportunity As Principal Datacenter Technologist, you will turn new platform architectures into repeatable operating models for Graphcore's AI data centers. You will lead the technical definition of how Graphcore introduces, deploys, services, and sustains new compute, networking, storage, memory, power, and cooling technologies at scale. Working within Advanced Architecture, you will connect platform design with data center engineering and site reliability operations. You will define new-product-introduction workflows, readiness criteria, diagnostics, and cross-functional handoffs so that new systems can move from architecture through deployment with clear ownership, supportability, and operational feedback. What You Will Do Own the technical operating model and new-product-introduction framework for new hardware and infrastructure technologies entering Graphcore data centers. Define end-to-end workflows for installation, configuration, validation, deployment, service, repair, upgrade, and sustained operation across the product lifecycle. Translate architecture requirements into data center readiness criteria covering software, firmware, compute, networking, storage, memory, rack integration, power, cooling, space, and site operations. Create clear runbooks, interface definitions, ownership models, acceptance criteria, and escalation paths that align architecture, engineering, data center, and site reliability teams. Lead operational readiness reviews and identify gaps in tooling, diagnostics, telemetry, serviceability, spares, documentation, and training before deployment. Serve as a senior escalation point for complex platform issues, ensuring that teams collect the right logs, telemetry, failure evidence, and environmental data to support root-cause analysis and disposition. Define and guide the deployment of automated diagnostic and telemetry systems that identify systemic hardware, software, quality, handling, and site-integration issues across the fleet. Establish quality and operational metrics for new technologies, analyze field trends, and feed findings back into architecture, design, supplier, and deployment decisions. Coordinate cross-functional resolution of issues spanning hardware, firmware, software, networking, storage, facilities, and site operations, with clear owners, decisions, and follow-through. Provide technical leadership, review implementation plans, mentor engineers, and communicate readiness, risks, tradeoffs, and recommendations to engineering and operations leaders. What You Will Bring A bachelor's degree or equivalent experience in information technology, computer science, computer engineering, electrical engineering, or a related field, or equivalent practical experience. Extensive experience in data center infrastructure build, infrastructure operations, platform deployment, or related technical fields, including leadership at Principal, Staff, or Lead Engineer scope.   Demonstrated experience defining processes, workflows, and readiness criteria for new-product introduction in large-scale data center or infrastructure environments. Broad systems knowledge across compute, networking, storage, memory, firmware, operating systems, racks, power distribution, cooling, and data center operations. Hands-on Linux experience, including scripting or automation used to collect diagnostics, telemetry, configuration, and health information. Experience with failure analysis and validation of AI compute, server, networking, or other complex data center equipment. Ability to define telemetry, diagnostic coverage, quality metrics, and fleet-level signals that distinguish product issues from deployment, handling, or environmental problems. Proven ability to lead multidisciplinary technical work across architecture, hardware, software, facilities, data center engineering, and site reliability teams without relying on direct authority. Clear written and verbal communication skills, including the ability to produce precise technical workflows and explain operational risks and decisions to engineering leaders. Preferred Qualifications These qualifications are helpful, not required. We encourage you to apply even if you do not meet every preferred qualification. Experience leading data center engineering, platform introduction, or infrastructure readiness initiatives. Experience operating