The successful candidate will take on key responsibilities including performing power flow, short-circuit, contingency, transfer, and stability studies, conducting bulk power system studies, and carrying out advanced studies using PSS®E, DSATools, and PSCAD.
Locations (11)
Surrey, British Columbia, Canada
Vancouver, British Columbia, Canada
Toronto, Ontario, Canada
Montreal, Quebec, Canada
Calgary, Alberta, Canada
Charlottetown, Prince Edward Island, Canada
Show all 11 locations
Edmonton, Alberta, Canada
Ottawa, Ontario, Canada
Winnipeg, Manitoba, Canada
Victoria, British Columbia, Canada
Regina, Saskatchewan, Canada
Compensation
Salary scale :
$89,910 - $113,730 (P2)
109,680 -138,720 (P3)
131,100 - 165,810 (P4)
Profit-Sharing Incentive Plan (PSIP): As an independent commercial company competing in the open market, Powertech shares financial success directly with employees. The Senior role is eligible for the PSIP with awards based on company performance, individual performance, and role level.
Responsibilities
Perform power flow, short-circuit, contingency, transfer, and stability studies
Conduct bulk power system studies using industry-standard software tools
Carry out advanced and specialized studies using tools such as PSS®E, DSATools, and PSCAD
Support and contribute to model development
Develop and recommend system upgrade strategies and mitigation plans
Requirements
Masters or PhD in Electrical Engineering with a focus on Power Systems
Help MISO bridge the space between long-term transmission planning and real-time operations, focusing on the 18–24-month planning horizon for transmission and reliability strategies.
Locations (3)
Carmel, Indiana, United States
Eagan, Minnesota, United States
Little Rock, Arkansas, United States
Compensation
The base salary compensation range being offered for this role is $127,000-$152,000 USD annually.
Responsibilities
Perform Intermediate Planning studies across the 18–24-month horizon, including Firm Service Step-Up analyses and staged firm-service recommendations.
Conduct power system studies using tools such as PSS/E and TARA, including power flow modeling, contingency analysis, transfer analysis, transient and voltage stability.
Develop near-term strategies that maximize the capabilities of the existing transmission system.
Coordinate study scope, assumptions, inputs, and results across Expansion Planning, Generator Interconnection, Load Integration, Markets, Forward Operations, Operations, and Resource Adequacy.
Improve the flow of data and information between teams.
