Description
Join a world-class team to develop and install innovative power systems for AI Factories. As an Electrical Design Engineer, you will collaborate with product owners and technical leads to identify and collect requirements for next-generation data centers. You will support the global build standards for data center power systems, partnering with internal teams to develop execution strategies and lifecycle management. You will adapt DSX and electrical system reference builds to AI Factory deployments, conduct technical evaluations from site selection through site turnover, and provide technical support for construction and commissioning issues.
Key responsibilities include:
- Collaborating with product owners and technical leads to identify and collect requirements for next-generation data centers.
- Supporting the global build standards for data center power systems, partnering with internal teams to develop execution strategies and lifecycle management.
- Adapting DSX and electrical system reference builds to AI Factory deployments.
- Conducting technical evaluations from site selection through site turnover, including contractor selection, bid package development, build review, RFI response, submittal reviews, and commissioning support.
- Providing technical support for construction and commissioning issues, working with internal and third-party teams to ensure flawless development and product lifecycle management.
The ideal candidate will have a BS and/or MS in Electrical Engineering with a PE License or equivalent experience, 12+ years of professional experience in data center build or construction, excellent interpersonal and leadership skills, and extensive knowledge of electrical power paths from utility distribution, including high, medium, and low voltage systems for IT and Mechanical to the rack.
The successful candidate will also have expertise in power distribution for UPS, Generators, Floor PDUs, RPPs, Busway, and power supplies/power shelves, Chillers, Cooling Towers, CRAC, CRAH, solid understanding of mechanical, controls, life safety, and IT Networking systems associated with critical environments, troubleshooting and problem-solving skills with experience in driving root cause analysis in high pressure environments, and experience with Level 1-5 commissioning and direct-to-chip liquid cooling technologies.
Experience working in leased colocation data centers and with total electrical infrastructure development and implementation, experience with dynamic power behavior control & mitigation for large-scale GPU deployments, familiarity with BESS systems, energy storage, Microgrid, On-Prem Generation, microgrid controllers, and Utility Interconnections, and knowledge of Direct Current (DC) power distribution and international electrical systems and builds are highly desirable.