Senior Data Center Design Mechanical Engineer

Oracle Oracle · Enterprise · United States

This role is for a Senior Data Center Design Mechanical Engineer at Oracle, focusing on technical leadership for mission-critical data center projects. Responsibilities include leading mechanical design, supporting site selection, developing performance requirements, focusing on liquid cooling for high-density compute, cross-functional coordination, design reviews, equipment qualification, and contributing to design standards. The role requires deep mechanical engineering expertise and mission-critical facility experience.

What you'd actually do

  1. Lead mechanical engineering design and technical direction for assigned data center projects, including new construction, colocation developments, phased expansions, retrofits, upgrades, and acquisition conversions. Provide owner-side engineering leadership to ensure projects meet Oracle’s technical, operational, reliability, redundancy, maintainability, and performance requirements.
  2. Support site selection and technical due diligence for prospective data center sites. Evaluate mechanical infrastructure risk, reliability, redundancy, resiliency, capacity, expandability, operational constraints, and alignment with Oracle’s performance and deployment requirements. Provide clear technical recommendations to support site selection, contracting, and project execution decisions.
  3. Develop and maintain owner’s performance requirements, mechanical basis of design criteria, specifications, design standards, and technical guidelines for data center mechanical systems. Translate Oracle’s business, operational, and IT equipment requirements into clear infrastructure requirements for design partners, colocation providers, consultants, contractors, and equipment manufacturers.
  4. Provide technical leadership for high-density compute and liquid cooling deployments, including direct-to-chip liquid cooling, technology cooling systems, cooling distribution units, heat rejection systems, water quality considerations, controls integration, deployment strategies, and scalable design approaches. Work with internal hardware and platform teams to understand ITE cooling requirements and translate those requirements into building infrastructure design criteria.
  5. Lead cross-functional coordination with electrical, controls, architecture, structural, plumbing, fire protection, hardware, networking, construction, commissioning, operations, procurement, and external design teams. Identify technical dependencies, resolve design conflicts, evaluate tradeoffs, and drive alignment across disciplines.

Skills

Required

  • Mechanical engineering expertise
  • Mission critical facility experience
  • Data center design
  • Liquid cooling
  • High-density compute deployments
  • Cross-functional coordination
  • Technical leadership
  • Design reviews
  • Equipment qualification

Nice to have

  • Site selection
  • Technical due diligence
  • Owner's performance requirements
  • Mechanical basis of design criteria
  • Specifications
  • Design standards
  • Technical guidelines
  • Direct-to-chip liquid cooling
  • Technology cooling systems
  • Cooling distribution units
  • Heat rejection systems
  • Water quality considerations
  • Controls integration
  • Deployment strategies
  • Scalable design approaches
  • Electrical engineering coordination
  • Controls engineering coordination
  • Architecture coordination
  • Structural engineering coordination
  • Plumbing coordination
  • Fire protection coordination
  • Hardware engineering coordination
  • Networking coordination
  • Construction coordination
  • Commissioning coordination
  • Operations coordination
  • Procurement coordination
  • Colocation provider management
  • Consultant management
  • Contractor management
  • Engineering partner management
  • Vendor engagement
  • CFD studies
  • Submittal review
  • Test result evaluation
  • Technical whitepapers
  • Design guidance
  • Technical narratives
  • Presentations
  • Training material development
  • Mentoring junior engineers