KEY RESPONSIBILITIES
Provide L2 infrastructure systems support for in-scope Fleet Services environments, including Linux hosts, bare-metal systems, virtualization platforms, storage dependencies, and supporting management services.
Validate L1 findings, reproduce symptoms where practical, identify the affected failure domain, and execute approved recovery actions within assigned access and change authority.
Investigate incidents using system logs, service state, hardware telemetry, operating-system metrics, configuration data, dependency maps, and infrastructure management tools.
Support server lifecycle activities such as provisioning, configuration validation, firmware and operating-system readiness, capacity checks, maintenance preparation, and decommissioning where assigned.
Troubleshoot Linux services, processes, filesystems, permissions, package or configuration issues, resource contention, and connectivity dependencies that affect infrastructure availability.
Support bare-metal provisioning and orchestration workflows, including PXE, Redfish, MAAS, or comparable technologies used by Fleet Services.
Support virtualization and compute platforms such as Xen, VMware, or comparable environments, including host health, guest dependencies, resource allocation, and recovery validation.
Assess storage-related symptoms and dependencies, gather evidence, and coordinate with storage engineering for platform-level issues involving systems such as NetApp, Pure, Weka, or comparable technologies.
Partner with network, cloud, identity, facilities, platform, and service owners to isolate cross-domain incidents and maintain clear technical ownership through resolution.
Create complete escalation packages with impact, timeline, affected assets, evidence collected, actions attempted, current status, risks, and recommended next steps.
Participate in major-incident response, technical bridges, recovery validation, postmortems, and corrective-action tracking for infrastructure-related events.
Develop and maintain SOPs, runbooks, troubleshooting guides, validation checks, and knowledge articles that enable safe and consistent L1 execution.
Automate repeatable diagnostics, health checks, evidence collection, configuration validation, and approved remediation using Python, shell, Ansible, APIs, or comparable tools.
Improve infrastructure observability by defining actionable metrics, alerts, dashboards, service-health indicators, and evidence requirements with IOQ and engineering partners.
Identify recurring incidents, monitoring gaps, configuration drift, capacity risks, and reliability improvements, and drive them to the appropriate owner with measurable follow-through.
Maintain accurate Jira records, change references, operational documentation, and follow-the-sun handoffs throughout the incident lifecycle.
PREFERRED EXPERIENCE
Experience supporting large-scale Linux, data center, GPU/HPC, bare-metal, private-cloud, or hybrid production infrastructure.
Strong Linux administration and troubleshooting across services, filesystems, networking, permissions, performance, and logs.
Experience with server hardware, firmware, BIOS, out-of-band management, Redfish, and hardware-health telemetry.
Experience with bare-metal provisioning or lifecycle platforms such as MAAS, PXE, Ironic, Tinkerbell, or comparable tooling.
Working knowledge of enterprise storage, including NetApp, Pure, Weka, Ceph, Lustre, NFS, or block storage.
Automation experience with Python, shell, Ansible, Terraform, APIs, CI/CD, or configuration-management systems.
Ability to lead cross-team troubleshooting and distinguish immediate recovery from longer-term corrective action.
ACADEMIC CREDENTIALS
Bachelor's degree in Computer Science, Information Technology, Engineering, or a related field preferred; equivalent relevant experience considered.
Linux, virtualization, cloud, storage, networking, automation, or IT service-management certification is beneficial.
LOCATION
Penang, Malaysia
#LI-KL1
Benefits offered are described: AMD benefits at a glance.
AMD does not accept unsolicited resumes from headhunters, recruitment agencies, or fee-based recruitment services. AMD and its subsidiaries are equal opportunity, inclusive employers and will consider all applicants without regard to age, ancestry, color, marital status, medical condition, mental or physical disability, national origin, race, religion, political and/or third-party affiliation, sex, pregnancy, sexual orientation, gender identity, military or veteran status, or any other characteristic protected by law. We encourage applications from all qualified candidates and will accommodate applicants’ needs under the respective laws throughout all stages of the recruitment and selection process.
AMD may use Artificial Intelligence to help screen, assess or select applicants for this position. AMD’s “Responsible AI Policy” is available here.
This posting is for an existing vacancy.
THE ROLE
We are seeking an Infrastructure Systems Engineer to provide advanced operational support for the compute, virtualization, storage, operating-system, and bare-metal provisioning services used by AMD Fleet Services. The role serves as an escalation point for the IOQ Modern NOC, validates first-line findings, restores service through authorized actions, and coordinates with platform and domain engineering teams when incidents require deeper expertise.
This engineer will bridge day-to-day NOC operations and infrastructure engineering by converting recurring issues into durable improvements to monitoring, automation, standard operating procedures, runbooks, and platform reliability.
THE PERSON
You are a hands-on infrastructure engineer with strong Linux, compute, virtualization, storage, and automation fundamentals. You troubleshoot methodically across hardware and software boundaries, use evidence to isolate failure domains, and communicate clear ownership, risk, and escalation requirements during high-impact incidents.
KEY RESPONSIBILITIES
Provide L2 infrastructure systems support for in-scope Fleet Services environments, including Linux hosts, bare-metal systems, virtualization platforms, storage dependencies, and supporting management services.
Validate L1 findings, reproduce symptoms where practical, identify the affected failure domain, and execute approved recovery actions within assigned access and change authority.
Investigate incidents using system logs, service state, hardware telemetry, operating-system metrics, configuration data, dependency maps, and infrastructure management tools.
Support server lifecycle activities such as provisioning, configuration validation, firmware and operating-system readiness, capacity checks, maintenance preparation, and decommissioning where assigned.
Troubleshoot Linux services, processes, filesystems, permissions, package or configuration issues, resource contention, and connectivity dependencies that affect infrastructure availability.
Support bare-metal provisioning and orchestration workflows, including PXE, Redfish, MAAS, or comparable technologies used by Fleet Services.
Support virtualization and compute platforms such as Xen, VMware, or comparable environments, including host health, guest dependencies, resource allocation, and recovery validation.
Assess storage-related symptoms and dependencies, gather evidence, and coordinate with storage engineering for platform-level issues involving systems such as NetApp, Pure, Weka, or comparable technologies.
Partner with network, cloud, identity, facilities, platform, and service owners to isolate cross-domain incidents and maintain clear technical ownership through resolution.
Create complete escalation packages with impact, timeline, affected assets, evidence collected, actions attempted, current status, risks, and recommended next steps.
Participate in major-incident response, technical bridges, recovery validation, postmortems, and corrective-action tracking for infrastructure-related events.
Develop and maintain SOPs, runbooks, troubleshooting guides, validation checks, and knowledge articles that enable safe and consistent L1 execution.
Automate repeatable diagnostics, health checks, evidence collection, configuration validation, and approved remediation using Python, shell, Ansible, APIs, or comparable tools.
Improve infrastructure observability by defining actionable metrics, alerts, dashboards, service-health indicators, and evidence requirements with IOQ and engineering partners.
Identify recurring incidents, monitoring gaps, configuration drift, capacity risks, and reliability improvements, and drive them to the appropriate owner with measurable follow-through.
Maintain accurate Jira records, change references, operational documentation, and follow-the-sun handoffs throughout the incident lifecycle.
PREFERRED EXPERIENCE
Experience supporting large-scale Linux, data center, GPU/HPC, bare-metal, private-cloud, or hybrid production infrastructure.
Strong Linux administration and troubleshooting across services, filesystems, networking, permissions, performance, and logs.
Experience with server hardware, firmware, BIOS, out-of-band management, Redfish, and hardware-health telemetry.
Experience with bare-metal provisioning or lifecycle platforms such as MAAS, PXE, Ironic, Tinkerbell, or comparable tooling.
Working knowledge of enterprise storage, including NetApp, Pure, Weka, Ceph, Lustre, NFS, or block storage.
Automation experience with Python, shell, Ansible, Terraform, APIs, CI/CD, or configuration-management systems.
Ability to lead cross-team troubleshooting and distinguish immediate recovery from longer-term corrective action.
ACADEMIC CREDENTIALS
Bachelor's degree in Computer Science, Information Technology, Engineering, or a related field preferred; equivalent relevant experience considered.
Linux, virtualization, cloud, storage, networking, automation, or IT service-management certification is beneficial.
LOCATION
Penang, Malaysia
#LI-KL1
Benefits offered are described: AMD benefits at a glance.
AMD does not accept unsolicited resumes from headhunters, recruitment agencies, or fee-based recruitment services. AMD and its subsidiaries are equal opportunity, inclusive employers and will consider all applicants without regard to age, ancestry, color, marital status, medical condition, mental or physical disability, national origin, race, religion, political and/or third-party affiliation, sex, pregnancy, sexual orientation, gender identity, military or veteran status, or any other characteristic protected by law. We encourage applications from all qualified candidates and will accommodate applicants’ needs under the respective laws throughout all stages of the recruitment and selection process.
AMD may use Artificial Intelligence to help screen, assess or select applicants for this position. AMD’s “Responsible AI Policy” is available here.
This posting is for an existing vacancy.
