Electrical Engineer

Overview

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• Responsible for designing, analysing, and supporting electrical systems used in oil, gas, and water facilities, including power distribution, motor controls, instrumentation, and electrical safety systems.
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• This is a lead-track hire: the client wants someone capable of managing a small team as it's built out, even if there's no team in place on day one.
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• A strong tie to clients' growing data centre work – this role is part of building out the electrical capability to support bringing power into data centre projects.
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Role scope and responsibilities

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• Develop electrical plans, perform load calculations, and review one-lines and schematics.
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• Ensure all designs meet NEC, IEEE, NFPA, and industry-specific standards.
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• Support installation, commissioning, and troubleshooting of electrical equipment such as MCCs, VFDs, transformers, switchgear, and control systems.
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• Ensure safe and reliable operation of electrical systems across all project sites.
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• Be capable of managing or mentoring team members as the function grows, potentially two to three people in time.
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Project exposure

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• Power-focused work: substations, power distribution, and transmission/distribution.
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• Data centre projects specifically – a growing area as our client builds out its electrical scope for bringing power into data centres.
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• Likely overhead-leaning, but the client also has underground cable and utilities capability, so underground experience is a plus rather than a requirement.
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• Industrial/commercial/utility-scale work only – not residential or general commercial electrical engineering.
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Technical and professional background

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• Bachelor's degree in Electrical Engineering or a related field.
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• Professional Engineer (PE) license – required.
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• 5+ years of experience, ideally with some exposure to leading, mentoring, or directing others, even informally.
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• Experience in electrical design for oil & gas, water treatment, or industrial facilities.
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• Experience in power systems – solar, renewable, power grid, or substation work.
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• Strong understanding of NEC, NFPA 70E, and IEEE standards and industrial power systems.
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• Proficiency with AutoCAD, electrical design software, and power system analysis tools (e.g. SKM, ETAP).
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• Ability to interpret electrical one-lines, wiring diagrams, and construction documents
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