Systems Integration Engineer - Data Center HWE
Apple
1 day ago
On-site
Sunnyvale, California, United States
Integration & Middleware
As a Systems Integration Engineer, you will provide hands-on support for our data center development programs and labs. You’ll work in a cross-functional lab that acts as the on-ramp for silicon validation, software, hardware test, and reliability teams to access new systems in development. Partnering with electrical engineering teams and other subject-matter experts, you will debug, triage, and manage the hardware deployed in these labs. You will be a crucial technical resource, leveraging your expertise in server platforms and electrical engineering to tackle complex problems. Join us and be a part of our dynamic team!
You will support early product development life-cycle by setting up data center hardware, running tests on pre-production hardware and document results. Build, maintain, and debug both custom and OEM hardware to support multiple programs. Deploy proof of concept hardware, software setup, and/or piloting of new hardware for use at scale in the data center. This includes testing under various environmental conditions for power and temperature. You will collaborate cross functionally with multiple teams, including hardware development, validation, data center, logistics, software development, etc.
Support early product development by setting up data center hardware, running tests, documenting results, and enabling critical lab deployments.\\nBuild, maintain, and troubleshoot custom and OEM hardware across multiple programs.\\nPilot proof-of-concept hardware and software, and prepare new platforms for at-scale deployment in the data center.\\nEnsure downstream teams successfully adopt and integrate new hardware platforms.\\nSupport physical and remote lab activities to enable new programs and cross-functional teams.\\nBuild scripts and tools to provision hardware, analyze large data sets and logs, and run benchmarking frameworks.\\nHandle data center escalations end-to-end—analyze, reproduce, and root-cause complex issues across design, prototyping, validation, and production (e.g., SoC, firmware, or interconnect issues manifesting as misconfiguration, performance degradation, or connectivity failures).
BS in Electrical Engineering, Computer Engineering, or equivalent practical experience.\\n4–8 years in systems engineering, hardware integration, or manufacturing engineering in a server or HPC environment.\\nExperience working in lab environments at scale.\\nHands-on experience with SoC troubleshooting, board-level debug and diagnostics, firmware, low- and high-speed system interconnects, and power management and distribution.\\nStrong server architecture expertise, including component firmware upgrade processes.\\nHardware and OS-level debugging experience using SEL, kernel logs, system logs, and debug commands.\\nWorking knowledge of provisioning and boot processes (UEFI, DHCP, DNS, PXE/Netboot).\\nProficient in Python and Bash (or equivalent), with experience automating infrastructure provisioning, configuration management, and validation workflows (e.g., with Ansible).
MS degree with 3–5 years of relevant experience.\\nNPI experience with data center server hardware, custom ASICs/SoCs, or high-density server environments.\\nExperience troubleshooting elusive issues that present as software problems but originate in server hardware or firmware, including debugging interactions between high-speed buses, firmware, and OS behavior.
You will support early product development life-cycle by setting up data center hardware, running tests on pre-production hardware and document results. Build, maintain, and debug both custom and OEM hardware to support multiple programs. Deploy proof of concept hardware, software setup, and/or piloting of new hardware for use at scale in the data center. This includes testing under various environmental conditions for power and temperature. You will collaborate cross functionally with multiple teams, including hardware development, validation, data center, logistics, software development, etc.
Support early product development by setting up data center hardware, running tests, documenting results, and enabling critical lab deployments.\\nBuild, maintain, and troubleshoot custom and OEM hardware across multiple programs.\\nPilot proof-of-concept hardware and software, and prepare new platforms for at-scale deployment in the data center.\\nEnsure downstream teams successfully adopt and integrate new hardware platforms.\\nSupport physical and remote lab activities to enable new programs and cross-functional teams.\\nBuild scripts and tools to provision hardware, analyze large data sets and logs, and run benchmarking frameworks.\\nHandle data center escalations end-to-end—analyze, reproduce, and root-cause complex issues across design, prototyping, validation, and production (e.g., SoC, firmware, or interconnect issues manifesting as misconfiguration, performance degradation, or connectivity failures).
BS in Electrical Engineering, Computer Engineering, or equivalent practical experience.\\n4–8 years in systems engineering, hardware integration, or manufacturing engineering in a server or HPC environment.\\nExperience working in lab environments at scale.\\nHands-on experience with SoC troubleshooting, board-level debug and diagnostics, firmware, low- and high-speed system interconnects, and power management and distribution.\\nStrong server architecture expertise, including component firmware upgrade processes.\\nHardware and OS-level debugging experience using SEL, kernel logs, system logs, and debug commands.\\nWorking knowledge of provisioning and boot processes (UEFI, DHCP, DNS, PXE/Netboot).\\nProficient in Python and Bash (or equivalent), with experience automating infrastructure provisioning, configuration management, and validation workflows (e.g., with Ansible).
MS degree with 3–5 years of relevant experience.\\nNPI experience with data center server hardware, custom ASICs/SoCs, or high-density server environments.\\nExperience troubleshooting elusive issues that present as software problems but originate in server hardware or firmware, including debugging interactions between high-speed buses, firmware, and OS behavior.