Electrical Engineer-in-Training (Sudbury)

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With us, you can. You want Purpose. Growth. Opportunity. People who get it.

We are the home of ambitious, passionate, and innovative world shapers.

With an unmatched breadth and depth of engineering, advisory and science-based expertise, our global minds unite to power local solutions.

We are pathfinders and impact makers.

We are Visioneers.

We are WSP.

The Opportunity

Build the Future with Us — This is your chance to be part of a team that is shaping the world’s infrastructure, energy systems, and communities. In this role, you will apply your skills to cutting-edge projects, making a real impact where it matters most.

Build your foundation on projects that matter.

As an Electrical Engineer-in-Training (EIT) based in Sudbury, Ontario, you will begin your career supporting power and infrastructure design for mining and industrial facilities. With guidance from experienced engineers, you will develop calculations, drawings, and field knowledge while progressing toward professional registration.

You will strengthen WSP’s local delivery capability while connecting with multidisciplinary mining specialists across Canada and around the world. This is an opportunity to contribute to long-term programs across multiple clients and project stages while helping shape a growing Northern Ontario team.

#CASudburyMiningJobs #GlobalMining

Your Impact

• Support electrical load calculations, equipment sizing, single-line diagrams, schematics, cable schedules, and drawing development.

• Contribute to grounding, lighting, power distribution, motor, and equipment power design under the guidance of licensed engineers.

• Compile technical data, vendor information, reports, specifications, and design documentation that support clear project decisions.

• Participate in field investigations, equipment verification, and construction observations while following WSP safety requirements.

• Collaborate with engineers, designers, and other disciplines to coordinate assigned interfaces and support power system models and studies under direct supervision.