Power Systems Studies Engineer: Grounding Medium- and High-Voltage (MV/HV) Power Studies at CIMA+ — NeverHard

Job Description CIMA+’s Energy& Resources team is a key player in the energy transition. With more than 700 highly qualified professionals in this business sector, we are one of the largest teams specializing in this discipline among consulting engineering firms in Canada. Guided by an entrepreneurial culture rooted in innovation, sustainability, multidisciplinary agility, and collaboration, we support our clients at every stage of their projects, from feasibility studies to commissioning. From producing electricity from renewable sources to transforming resources, our expertise in these markets is the driving force behind a successful energy transition. Regardless of the delivery mode our clients choose, we have the skills and experience required to deliver innovative solutions adapted to their reality. Join us and immerse yourself in a dynamic, innovative, and collaborative environment where you’ll make a real impact. Together, we’ll push boundaries and go above and beyond what’s expected of us to meet the challenges of tomorrow and engineer a better world! Power Systems Studies Engineer: Grounding Medium- and High-Voltage (MV/HV) Power System Studies. Based in any of our offices in Canada, you will join our Renewable Energy and Electrification team to carry out power system studies for renewable energy and interconnection projects, including wind farms, solar farms energy storage and other facilities. You will contribute to cutting-edge technical assignments in the renewable energy sector, where analysis, modelling, and understanding power system behaviour are central to the work. You will collaborate with a team recognized for its expertise in transient studies, stability studies, and model validation. Key Responsibilities Perform medium- and high-voltage power system studies for the interconnection of renewable energy generation and other facilities. Conduct load flow, short-circuit, grounding, and other specialized engineering studies. Research applicable standards, grid operator (utility) requirements, and technical references. Use specialized software tools such as CDEGS and WinIGS. Prepare technical reports and present findings to project teams and clients. Collaborate with other specialists to maintain and improve the team's analytical methods.