What are the responsibilities and job description for the Electrical Engineer, Data Center Operations position at Apple, Inc.?
Imagine the possibilities here, At Apple, innovative ideas swiftly transform into remarkable products and services. Channel your passion and dedication into your work, and you'll be amazed at what you can achieve. Are you capable of bringing cutting-edge design and technology insights to life within our data centers? Can you collaborate effectively and balance multiple functional priorities throughout the project design, construction, and operations phases? \\n\\nThis position will support our operations and facilities teams by being the liaison between design and construction as well supporting day to day operations. This include design and management of projects and materials needed to support ongoing engineering of our Data Centers critical infrastructure.
As a key member of our Infrastructure Services DC Operations Engineering team, you will play a crucial role in supporting the design of some of the world's most innovative and energy-efficient data centers. We are seeking a motivated self-starter with deep technical expertise in critical electrical and mechanical systems within industrial environments. In this role, you will proactively identify potential issues, integrate safety into all project designs, and develop robust operational procedures. Beyond technical oversight, you will champion consistency across all phases of data center operations by building standardization programs and training facilities personnel. Strong project management skills, seamless vendor coordination, and versatile project oversight are essential to success in this role.
Bachelor's degree in Electrical Engineering or related field.\n3 years in mission critical environments, data centers, hospitals, or other facilities that require high power infrastructures.\nProficiency in designing and implementing electrical systems for data centers or mission-critical facilities.\nHands-on experience with Critical Power Infrastructure such as HV/MV/LV substations, transformers, generators, automatic transfer switches (ATS), and uninterruptible power supplies (UPS).\nKnowledge in NFPA 70E/B (NEC), NETA, IEEE, ASTM, UL and other industry standards.
Large data center system design with multiple power and cooling technologies and familiarity with large power systems, HVAC systems, control EPMS/BMS systems.\nSkilled in reading construction drawings for all disciplines (electrical, mechanical, plumbing).\nEffective oral and written communication skills, with excellent analytical and problem-solving abilities. Ability to help build and manage (MOP) methods of procedures reviewing to ensure accuracy.\nSafety review and inspections understanding industry methods that support job safety analyses, Pre work permits documents.\nFamiliarity with data center equipment such as HV Switchgear, MV Switchgear, MV Generators, Paralleling Switchgear, Automatic Transfer Switches, Lighting Inverters, DC Rectifiers, Chillers, Direct and Indirect Air Handling Units, EPMS and BMS system controls\nUnderstanding of design and commissioning of large high voltage substations, power conversion systems, complex power distribution systems, redundant protection, automation and control systems.\nOverall knowledge of a data center environment, critical systems\nCapability to perform Short Circuit, Arc Flash, and Coordination (SCAAF) studies using software like ETAP or SKM.\nExperience in forensic analysis of outages, root cause analysis, and maintenance oversight. \nAbility to adapt to changing technology understanding how to implement into designs for future Data Center environments.\nExperience monitoring real-time power data and performing analysis on sequencing of events to analyze and prevent unplanned outages.\nExperience with incident management, leading (RCA) root cause analysis investigations.\n
As a key member of our Infrastructure Services DC Operations Engineering team, you will play a crucial role in supporting the design of some of the world's most innovative and energy-efficient data centers. We are seeking a motivated self-starter with deep technical expertise in critical electrical and mechanical systems within industrial environments. In this role, you will proactively identify potential issues, integrate safety into all project designs, and develop robust operational procedures. Beyond technical oversight, you will champion consistency across all phases of data center operations by building standardization programs and training facilities personnel. Strong project management skills, seamless vendor coordination, and versatile project oversight are essential to success in this role.
Bachelor's degree in Electrical Engineering or related field.\n3 years in mission critical environments, data centers, hospitals, or other facilities that require high power infrastructures.\nProficiency in designing and implementing electrical systems for data centers or mission-critical facilities.\nHands-on experience with Critical Power Infrastructure such as HV/MV/LV substations, transformers, generators, automatic transfer switches (ATS), and uninterruptible power supplies (UPS).\nKnowledge in NFPA 70E/B (NEC), NETA, IEEE, ASTM, UL and other industry standards.
Large data center system design with multiple power and cooling technologies and familiarity with large power systems, HVAC systems, control EPMS/BMS systems.\nSkilled in reading construction drawings for all disciplines (electrical, mechanical, plumbing).\nEffective oral and written communication skills, with excellent analytical and problem-solving abilities. Ability to help build and manage (MOP) methods of procedures reviewing to ensure accuracy.\nSafety review and inspections understanding industry methods that support job safety analyses, Pre work permits documents.\nFamiliarity with data center equipment such as HV Switchgear, MV Switchgear, MV Generators, Paralleling Switchgear, Automatic Transfer Switches, Lighting Inverters, DC Rectifiers, Chillers, Direct and Indirect Air Handling Units, EPMS and BMS system controls\nUnderstanding of design and commissioning of large high voltage substations, power conversion systems, complex power distribution systems, redundant protection, automation and control systems.\nOverall knowledge of a data center environment, critical systems\nCapability to perform Short Circuit, Arc Flash, and Coordination (SCAAF) studies using software like ETAP or SKM.\nExperience in forensic analysis of outages, root cause analysis, and maintenance oversight. \nAbility to adapt to changing technology understanding how to implement into designs for future Data Center environments.\nExperience monitoring real-time power data and performing analysis on sequencing of events to analyze and prevent unplanned outages.\nExperience with incident management, leading (RCA) root cause analysis investigations.\n