Engineer 1 (EIT) - Transmission Stations Design

A workplace powered by you At BC Hydro, we’re working towards creating a cleaner and more sustainable future for all British Columbians and need people like you to help us. A career at BC Hydro is meaningful and provides you the opportunity to be part of a talented, inclusive, and diverse team. We offer a healthy work-life balance, competitive wages, a comprehensive benefits package, and training opportunities to support you in your career growth. We're proud to be ranked as one of B.C.'s Top Employers and one of Canada's Best Diversity Employers. We invite you to join us as we build an even cleaner B.C. We welcome applications from all qualified job seekers. If you’re a person with a disability, please let us know by emailing RecruitmentHelp@bchydro.com, as adjustments can be made to help support you in your application process. Engineer 1 (EIT) - Transmission Stations Design 1 Number of positions: Edmonds 08 Job Location: Permanent Employment type: Lower Mainland Region: Full-time (37.5 hrs/wk) Hours of work: Hybrid Flexible Work Role: $ 74,300.00 - 93,900.00 Annual salary: What you'll do The Transmission Stations Engineering Division provides engineering services and expertise related to the design of electric utility substations. We provide engineering design for substation projects, including civil, electrical, fire protection, mechanical, and structural. The Division is also responsible for the specification, evaluation, and acquisition of major electrical equipment and construction support service. We provide engineering studies, standards, specifications, design solutions, construction documentation, and engineering oversight of work done by engineering service partners. We also provide technical support during procurement, construction, testing and commissioning. We currently have an exciting opportunity for an Engineer 1 (EIT) in the Transmission Stations’ Electrical Design team. This role requires demonstrated experience as an electrical engineer with the design of transmission utility substations with operating voltages from 12kV to 500kV and experience working with utility design solutions in an electric utility environment. * As a Engineer 1 (EIT), engages in the engineering of electrical utility electrical systems and develops specialized expertise in design engineering. * Analyze and resolve engineering problems with considerable independence. * Manage small to medium sized projects and work packages, write specifications and standards, estimate capital costs, lead and mentor technical staff, and provide technical and site support during the installation and commissioning of electrical equipment. * Develop and maintain effective professional relationships with internal and external colleagues in order to determine relative priorities, assess the impact of work on others and resolve issues of concern. What you bring * A degree in Electrical Engineering (preferably power engineering) recognized by Canadian universities. * Registered, or eligible for registration, as an Engineer-In-Training (EIT) with Engineers and Geoscientists BC (EGBC). Applicants with registration in other jurisdictions will be considered. * Strong ability to communicate efficiently including verbal and technical writing in the English language, analytical, interpersonal communication and presentation skills. * Strong organizational skills and ability to work collaboratively in a team environment. The following would be considered assets: * Technical knowledge in electrical design of transmission utility substations with operating voltages from 12kV to 500kV. * Technical knowledge in general layout, grounding, lightning, lighting, power cables and station service power supply system design. * Technical knowledge in major electrical equipment such as transformers, capacitors, reactors, disconnect switches and circuit breakers, FACTS devices such as SVC and STATCOM, and energy storage technologies such as BESS and Hydrogen. * Technical knowledge in the electrical, mechanical, civil, P&C and operating requirements of components used to build such systems. * Knowledge in power system planning, system operation, protection & control engineering, and project management. * Ability to investigate, analyze and solve a variety of engineering problems.