Co-Op Student in Asset Management supporting power system studies and engineering reports.
Compensation
Hourly rate $23.56 + OMERS Pension Plan
Responsibilities
Support distribution engineering in performing power system studies such as load flows, short circuits, and protection coordination studies.
Prepare technical reports on engineering topics such as power system capacity planning, load forecasting, system reliability performance, regional engagements, and meeting general meeting minutes.
Assist engineers in reviewing standards related to stations, overhead, and underground distribution systems.
Participate in regional planning meetings with Hydro One, Independent Electricity System Operator, and municipal stakeholders.
Assist distribution engineers in the development of models on CYME software.
Requirements
Enrolled in a post-secondary Electrical Engineering or Technician program with a focus on Power Systems, or Sustainable Energy
Lead and support client engagements in operations and procurement, developing strategies, analyses, and implementation roadmaps to improve efficiency and effectiveness.
Compensation
The salary range for this position is $87,700 - $137,700. The posted salary range represents the expected hiring range for PwC locations in major city centres.
Responsibilities
Lead or support defined components or workstreams of client engagements
Structure ambiguous client problems into clear questions, analyses and practical workplans
Develop strategic plans, operational frameworks, and implementation roadmaps
Build trusted relationships with client counterparts and stakeholders
Prepare clear, concise and client‑ready materials for working‑level and executive audiences
Requirements
Bachelor's degree in business, Finance, Administration, Operations Management, Public Policy, Political Science, Science, Education or a related discipline
Develop detailed reference solutions using engineering calculations, simulations, scripts, experimental reasoning, and other appropriate methods.
Design engineering tasks that require quantitative reasoning, technical judgment, and practical problem-solving.
Use programming and engineering software to model, simulate, analyze, and validate hardware systems.
Develop Python scripts and other computational tools to automate engineering calculations and validation workflows.
Requirements
Bachelor's, Master's, or PhD degree in Electrical Engineering, Mechanical Engineering, Mechatronics, Aerospace Engineering, Systems Engineering, Applied Physics, or a closely related discipline.