Datacenter Electrical Engineer

Microsoft•Redmond, WA

About The Position

Cloud Operations + Innovation (CO+I) is the organization that builds, operates, and continuously evolves the infrastructure behind the Microsoft Cloud. The Systems Engineering, Test, and Integration (SETI) team serves as Microsoft's technical proving ground for next-generation datacenter infrastructure. As a Datacenter Electrical Engineer in SETI, you will evaluate emerging power and electrical infrastructure technologies, determine whether they can meet Microsoft's requirements for reliability, scalability, and operational readiness, and help mature promising concepts into deployment-ready solutions. Projects may include medium-voltage architectures, HVDC distribution, power electronics, energy storage systems, advanced protection schemes, grid-interactive technologies, and other first-of-a-kind infrastructure innovations. Success in this role requires more than technical analysis. You will be expected to define ambiguous problems, design and execute validation strategies, identify technical and operational risks, work directly with suppliers and internal engineering teams, and provide clear recommendations that influence Microsoft's long-term datacenter architecture. Our team is expected to develop evidence-based recommendations regarding technology readiness, deployment suitability, technical risks, and investment priorities. This is a hands-on engineering role focused on learning quickly, solving complex technical problems, and helping Microsoft make informed decisions about the future of datacenter infrastructure.

Requirements

Master's Degree in Electrical Engineering or related field AND 3+ years power systems and utility experience in mission critical environment OR Bachelor's Degree in Electrical Engineering or related field AND 5+ years power systems and utility experience in mission critical environment OR equivalent experience.
Ability to meet Microsoft, customer and/or government security screening requirements are required for this role.
This position will be required to pass the Microsoft Cloud background check upon hire/transfer and every two years thereafter.

Nice To Haves

Doctorate in Electrical Engineering, or related field AND 5+ years power systems and utility experience in mission critical environment OR Master's Degree in Electrical Engineering, or related field AND 8+ years power systems and utility experience in mission critical environment OR Bachelor's Degree in Electrical Engineering or related field AND 12+ years power systems and utility experience in mission critical environment OR equivalent experience.
Professional Engineer (PE) license.
Experience with power system modeling and analysis tools such as PSCAD, PSS®E, or similar platforms.
Experience with datacenter electrical infrastructure, critical power systems, utility-scale power systems, or industrial power systems.
Experience with power distribution, power electronics, HVDC, medium-voltage systems, energy storage, protection systems, or emerging power architectures.
Experience developing technical specifications, design documentation, testing, or verification plans for complex electrical systems.
Experience evaluating, integrating, or qualifying new technologies and translating them into scalable, deployment-ready solutions.

Responsibilities

Evaluate, develop, and integrate next-generation electrical infrastructure technologies for Microsoft's datacenter portfolio.
Define system requirements, technical specifications, architectures, interfaces, and verification strategies for emerging power and infrastructure solutions.
Develop design documentation, engineering specifications, schematics, analysis, and technical recommendations that support technology maturation and deployment.
Create and execute test, validation, and verification plans to assess system performance, reliability, scalability, and operational readiness.
Perform technical due diligence on new technologies, supplier solutions, and industry developments to inform engineering and deployment decisions.
Analyze complex technical issues using modeling, testing, data analysis, and root cause investigation to improve system performance and reliability.
Evaluate design alternatives and make engineering recommendations based on technical performance, risk, cost, schedule, reliability, and operational impact.
Collaborate with internal engineering teams, suppliers, partners, and research organizations to develop and mature new electrical infrastructure solutions.
Support prototype development, laboratory testing, and system integration activities for first-of-a-kind infrastructure technologies.
Embody our culture and values.