Low Voltage Electrical Estimator (Data Center Fit-Out)

Low Voltage Electrical Estimator (Data Center Fit-Out)

Empresa: Oracle. Job Description Oracle is seeking an experienced Senior Electrical Estimator to support hyperscale data center build-out projects across multiple regions. This role develops, validates, and defends electrical cost estimates for data center fit-out and deployment scopes, including power distribution, UPS and generator interfaces, structured cabling, pathways, grounding, lighting, controls, monitoring systems, and related mission-critical infrastructure. The ideal candidate has deep experience in hyperscale data centers, colocation, mission-critical construction, or complex infrastructure projects. This person must be comfortable working in early-stage and ambiguous environments, using BOMs, design narratives, drawings, contractor proposals, benchmarks, labor productivity assumptions, and parametric models to create transparent and defensible cost positions. The role supports conceptual, budgetary, and detailed estimates, with emphasis on labor-driven estimating, contractor bid analysis, colocation provider pricing review, should-cost models, and commercial negotiation support. Key Responsibilities - Develop comprehensive electrical and low voltage estimates for hyperscale data center build-outs, including power distribution, UPS and battery interfaces, generator interfaces, busway, feeders, panels, branch power, rack power, grounding, lighting, controls, fire alarm interfaces, BMS/EPMS pathways, structured cabling, fiber, copper, containment, cable tray, conduit, supports, and related infrastructure. - Review and validate BOMs, drawings, one-lines, specifications, layouts, design narratives, contractor takeoffs, and colocation provider scope documents. - Translate design information into labor hour build-ups, productivity assumptions, crew plans, installation durations, and detailed cost estimates. - Build conceptual and parametric cost models using limited design information, including $/MW, $/rack, $/cabinet, and similar unit-based approaches. - D