Electrical Systems Engineer

Must-Haves:

• Bachelor’s degree in Electrical Engineering from an accredited institution
• 3–5 years of electrical engineering experience
• Working knowledge of NEC and NFPA 70E
• Experience supporting industrial/facility electrical power distribution at 480V and below
• Ability to read and interpret electrical one-line diagrams, panel schedules, and construction drawings
• Experience working with facility breaker boxes and electrical distribution equipment
• Experience tracking KPIs related to equipment utilization, uptime, and electrical interruptions
• Ability to troubleshoot electrical distribution issues and support facility startup/operations

Plusses:

• Experience in powdered metal, magnet, or similar heavy-industrial manufacturing environments
• Arc flash hazard analysis experience
• Knowledge of electrical equipment labeling requirements
• Exposure to medium-voltage utility service and substations
• Experience with generators, automatic transfer switches, UPS systems, and power metering

Day-to-Day:

• Partner with design engineers, electrical contractors, vendors, and facility stakeholders during installation and startup
• Verify electrical installations against engineering drawings, one-lines, equipment power requirements, and approved designs
• Support facility-wide electrical distribution with an emphasis on 480V and below
• Inspect substations, transformers, switchboards, panelboards, bus duct, grounding systems, and fused disconnects
• Review contractor redlines, construction drawings, and as-built documentation
• Identify installation deficiencies, design conflicts, and constructability issues and coordinate corrective actions
• Support equipment energization, commissioning, site acceptance testing, and turnover to operations
• Coordinate installation sequencing, punch-list resolution, and contractor follow-through
• Troubleshoot power distribution issues during facility startup and early operations
• Support testing/startup of generators, ATS, UPS, and power-metering systems
• Maintain inspection, testing, equipment-status, and outstanding-issue documentation
• Help develop preventive and predictive maintenance strategies
• Support electrical reliability, condition monitoring, lifecycle planning, utility management, and operating-cost control