KNE - Electrical Discipline Lead

Position Overview

Join our premier in-house engineering team, a diverse group of professionals delivering high-impact projects across the nuclear energy sector. As the Electrical Engineering Discipline Lead, you will play a pivotal role in leading complex engineering efforts for nuclear facilities including Nuclear New Build, with a strong emphasis on safety, regulatory compliance, and innovation. This role is ideal for a seasoned electrical engineer with a proven track record in nuclear projects and direct experience working with Nuclear clients.

District Overview

Kiewit Nuclear Solutions is a full-service engineering, project management and construction provider operating across North America. Our experience spans all aspects of the nuclear market from carbon-free, small modular reactors to Department of Energy science, environmental and nuclear security mission capabilities. With these broad capabilities, we operate in the power utility, renewable energy, industrial and infrastructure markets. 

Location

This position is based in Oakville, Ontario, with flexible work arrangements available. Occasional travel to project sites and client offices will be required.

Responsibilities

•    Lead the electrical engineering discipline on nuclear projects, ensuring technical excellence, regulatory compliance, and alignment with client expectations.
•    Serve as the primary point of contact for electrical engineering matters with OPG and other stakeholders.
•    Oversee the preparation and review of engineering deliverables including one-lines, schematics, wiring diagrams, equipment data sheets, calculations, BOM’s and technical specifications.
•    Ensure all designs meet Canadian nuclear regulatory standards (e.g., CSA N285, N286, N299 series, CNSC requirements).
•    Encourage and challenge the engineering team to drive “fit for purpose” solutions while being fully compliant with nuclear codes and standards.
•    Lead and mentor a team of electrical engineers and designers, fostering a culture of technical rigor, regulatory compliance and continuous improvement.
•    Coordinate with multi-disciplinary teams and client stakeholders to ensure integrated and optimized project delivery.
•    Review and approve vendor documentation, ensuring alignment with project specifications and nuclear safety requirements.
•    Conduct and oversee power system studies using tools such as ETAP (load flow, short circuit, arc flash, relay coordination).
•    Provide engineering support during construction (RFI responses, field changes, NCR resolution). 
•    Support commissioning planning, procedures, and system turnover.
•    Support preparation of: 
     o    Licensing submissions (e.g., License to Prepare Site, Construct, Operate)
     o    Design justification reports and compliance matrices
•    Drive innovation and cost-effective solutions while maintaining the highest standards of safety and quality.
•    Support proposal development, project planning, and client presentations.
•    Identify and manage scope changes, risks, and opportunities throughout the project lifecycle.

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Qualifications

•    A Bachelor’s degree in Mechanical Engineering is required.
•    A Master’s degree in Mechanical Engineering preferred.
•    Licensed Professional Engineer (P.Eng.) in Ontario is required.
•    A minimum of 10 years of experience in electrical engineering, with 5 years in nuclear projects, preferred.
•    Direct experience with a Nuclear Client—either as an employee, contractor, or consultant.
•    Active security clearance, or ability to achieve and maintain a security clearance at a commercial nuclear power station in Canada.
•    Experience with delivering complex projects.
•    Deep understanding of Canadian nuclear codes and standards (e.g., CSA N285, N286, N299).
•    Demonstrated leadership in managing engineering teams and delivering complex, multi-disciplinary projects.
•    Effective communication and stakeholder engagement skills, including experience in client-facing.
•    Proficiency in ETAP and other electrical design analysis tools.
•    Knowledge of NEC, NFPA, IEEE, and Canadian Electrical Code (CEC) standards.
•    Proven ability to manage competing priorities and deliver high-quality results under tight deadlines.