• Review EPC and consultant deliverables for technical correctness, completeness, constructability, maintainability, and compliance with project requirements
• Perform interdisciplinary reviews (civil/structural, mechanical, process, I&C) to resolve interface issues (e.g., electrical room layouts, equipment access, hazardous area impacts, heat loads, routing, grounding interfaces)
• Verify that engineering documents are aligned to the project phase (FEL 1/2/3, IFC), design basis, and scope boundaries
• Lead comment resolution cycles: consolidate comments, chair review meetings, track closure, and verify incorporation into revised deliverables
• Ensure vendor data, assumptions, and calculations support the design (e.g., motor starting method, fault duties, grounding method, cable derating assumptions)

• Develop and/or review electrical design for:
  • HV/MV distribution (substations, switchgear, transformers, feeders, protection and control, metering)
  • LV distribution (MCCs, panelboards, switchboards, UPS, DC systems, emergency power)
  • Motors and drives (across the line, soft starters, VFDs, harmonic mitigation)
  • Standby and prime power generation systems, synchronizing concepts (where applicable)
• Produce and check power system calculations and engineering analyses, including:
  • Load studies and load lists; demand factors and diversity
  • Cable sizing and voltage drop; ampacity/derating; short circuit withstand
  • Short circuit studies and equipment duty verification (in conjunction with the Electrical Studies Team)
  • Protective device coordination and settings philosophy (in conjunction with Protection Engineer))
  • Arc-flash risk assessment inputs and labeling requirements (in conjunction with the Electrical Studies Team)
  • Grounding system design (touch/step, grid sizing concept as applicable)
  • Lighting calculations and emergency lighting coverage (where in scope)

• Provide electrical equipment selection and technical justification (gear ratings, enclosure selection, environmental considerations, reliability and redundancy philosophy)

• Establish electrical basis of design (high-level) and initial design criteria.
• Develop conceptual single line diagrams, load summaries, and preliminary equipment concepts (substations, voltage levels, starting philosophy).
• Evaluate alternatives (e.g., MV vs LV distribution, redundancy levels, starter/VFD strategy, outdoor vs indoor substations) and contribute to Class 4/5 cost and schedule inputs.

• Develop FEED level deliverables: refined SLDs, preliminary layouts, key equipment lists, design narratives, and preliminary specifications
• Identify long lead equipment and procurement strategy inputs
• Progress key calculations to support equipment selection and cost accuracy (typically Class 3 estimate support)

• Develop execution ready engineering packages suitable for detailed design / IFC development:
  • Electrical equipment specifications and datasheets
  • Cable schedules, termination requirements, installation details
  • Raceway and routing concepts; grounding and bonding details
  • Electrical room and substation layouts; duct bank and manhole concepts
  • Construction work packages inputs and scope definitions

• Write and maintain equipment and installation specifications for HV/MV/LV systems (switchgear, MCCs, transformers, UPS, batteries, cable, terminations, trays, conduit, grounding)
• Prepare technical bid tabulations, evaluate vendor proposals, and recommend awards based on compliance, risk, lifecycle, and operability
• Review vendor drawings and data books; ensure integration with plant standards and project requirements
• Identify deviations, manage technical clarifications, and support contract change evaluations

• Apply applicable safety and design practices including electrical safety principles (e.g., shock/arc hazards) and safe design requirements
• Ensure compliance with relevant codes and standards such as:
  • NFPA 70 (NEC), NFPA 70E, IEEE/ANSI, NEMA, etc.
  • Company engineering standards and project specifications
• Maintain strong document control, QA/QC checking practices, and traceability of assumptions and decisions
• Contribute to hazard reviews relevant to electrical design (e.g., constructability reviews, operability reviews, arc flash and safe maintenance considerations)

• Bachelor's degree (or higher) in Electrical Engineering

• 5+ years of electrical engineering/design experience in industrial environments (manufacturing, mining, utilities, O&G, chemical, food/ag, etc.)
• License Professional Engineer (P.E.) designation, or ability to obtain after hire
• Experience delivering FEL 1/2/3 packages and transitioning projects into detailed design and execution
• Experience with substations and power distribution equipment specifications, procurement support and vendor data review

• Ability to travel: Combination of office and site based work; periodic travel to operating sites, vendor shops (FAT) and construction sites (approximately 45%)

• Project Management Professional certification
• Comprehensive understanding of power system analysis tools (short circuit, coordination, load flow, arc flash) and interpretation of results. Knowledge and experience with SKM is a plus
• Strong competence in CAD/design review capability for electrical drawings preferably AutoCAD
• Ability to produce and check calculations with clear assumptions and defensible engineering judgment
• Strong technical writing skills for design basis documents, specifications, and engineering reports
• Owner's engineer mindset: risk based review, disciplined checking, and strong standards compliance
• Interface management: resolves scope gaps between disciplines, vendors, and EPCs
• Constructability and maintainability focus: designs that can be built, commissioned, and safely maintained
• Communication: clear technical decisions, concise comment sets, and stakeholder ready summaries

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