Principal Power Systems Engineer

at Oracle in Boise, Idaho, United States

Job Description

Implements the strategic vision for advanced electrical system architectures, addressing complex design challenges to enhance both technical performance and business objectives. Defines component selection strategies and system-wide optimization frameworks, addressing escalations for highly complex component issues. Implements enterprise-level validation strategies, ensuring electrical system performance, reliability, and efficiency meet industry standards. Drives the development of enterprise-wide technical documentation frameworks, ensuring precision, consistency, and strategic alignment with business objectives. Contributes to thought leadership initiatives, driving research and development efforts that position Oracle as a leader in electrical system innovation.

Responsibilities

KeyResponsibilities

Conceptual Design of Electrical Systems:

-Implements the strategic vision for advanced

electrical system architectures, addressing complex design challenges to

enhance both technical performance and business objectives.

-Establishes technical roadmaps for innovations,

ensuring alignment with long-term product strategies and industry advancements.

-Guides the adoption of emerging technologies,

shaping methodologies that optimize server performance, reliability, and

scalability.

-Owns high-level design decisions, balancing

trade-offs between performance, security, reliability, power efficiency,

thermal management, and manufacturability while ensuring future-proofed

solutions.

Detailed Design and Implementation:

-Defines component selection strategies and

system-wide optimization frameworks, ensuring alignment with evolving technical

standards, manufacturing feasibility, and performance requirements.

-Leads high-impact initiatives from concept to

production, leveraging advanced modeling, simulation, and design analysis to

push the boundaries of electrical systems.

-Provides expert consultation in system-wide

design reviews, setting guidelines for Computer-Aided Design ( CAD ) integration

and board layout to ensure optimized performance, manufacturability, and

cost-effectiveness.

-Addresses escalations for highly complex

component issues, driving strategic decisions on quality, compliance, and

integration to mitigate risks and ensure seamless deployment.

-Serves as a thought leader on the integration of

electrical subsystems, establishing best practices and fostering innovation

across firmware, s