Key Responsibilities
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Lead reliability initiatives for critical electrical infrastructure including switchgear, UPS, batteries, generators, transfer systems, grounding, and distribution equipment.
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Review and influence commissioning, startup, and turnover quality to ensure electrical systems are delivered in a reliable, supportable, and operationally sound condition.
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Design and improve maintenance strategies that reduce downtime, improve operability, and optimize lifecycle cost.
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Lead root cause analysis and corrective action development for major or recurring electrical failures.
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Analyze electrical maintenance data, operational trends, and failure patterns to identify systemic issues and prioritize corrective actions.
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Develop risk mitigation plans for power-system vulnerabilities, latent failure modes, obsolescence, and supportability concerns.
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Provide senior technical support to Site Operations during critical electrical events and abnormal operating conditions.
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Evaluate construction submittals, design changes, and modified installations from a reliability and maintainability perspective.
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Support RAM analysis, lifecycle cost analysis, spare parts strategy, end-of-life planning, and site response planning for critical power systems.
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Mentor less experienced reliability engineers and guide technical problem solving across the electrical specialty.
Ideal Candidate Profile
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6–10 years of experience in critical power systems, electrical reliability, commissioning, maintenance engineering, or uptime-critical infrastructure environments.
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Deep familiarity with mission-critical electrical arrangements, protection components, switchgear automation/control interfaces, onsite generation, and failure response actions.
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Experience leading RCAs, maintenance optimization, and technical support in live electrical environments.
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Bachelor’s degree in Electrical Engineering or related field preferred; equivalent experience also valued.