Senior-level engineering role in Sargent & Lundy’s Distribution Planning and Advanced Analysis group
Compensation
$84,762 - $129,498
Responsibilities
Lead and support advanced technical studies involving distribution system performance, DER integration, power quality, EMT, system planning, and protection coordination
Lead load allocation, load flow, short-circuit, flicker, and protection coordination studies on electric distribution networks
Evaluate the impact of existing and proposed loads and DER interconnections on voltage regulation, equipment loading, power quality, and overall service reliability
Conduct regulator and capacitor bank placement studies to support Volt/VAR optimization initiatives
Support DER interconnection applications for wind, solar PV, BESS, and traditional thermal generation
Requirements
Degree from an ABET-accredited engineering program
Nice to have: Master’s degree in electrical engineering
Nice to have: Professional Engineer (PE) license
Nice to have: FE/EIT certification
Nice to have: Modeling inverter-based and renewable resources using CYME, PSS/E, PSLF, ETAP, PSCAD
Senior-level engineering role in Distribution Planning and Advanced Analysis, leading technical studies on electric distribution networks and DER integration.
Compensation
$84,762 - $129,498
Responsibilities
Lead load allocation, load flow, short-circuit, flicker, and protection coordination studies
Evaluate impact of existing and proposed loads and DER interconnections on voltage regulation, equipment loading, power quality, and reliability
Conduct regulator and capacitor bank placement studies
Support DER interconnection applications for wind, solar PV, BESS, and traditional thermal generation
Perform protection coordination studies and develop relay setpoints
Requirements
Degree from an ABET-accredited engineering program
Nice to have: Master’s degree in electrical engineering
Nice to have: Professional Engineer (PE) license
Nice to have: FE/EIT certification
Nice to have: Modeling inverter-based and renewable resources using CYME, PSS/E, PSLF, ETAP, PSCAD
Lead and support advanced technical studies involving distribution system performance, DER integration, power quality, EMT, system planning, and protection coordination/relay settings.
Compensation
$84,762 - $129,498
Responsibilities
Lead load allocation, load flow, short-circuit, flicker, and protection coordination studies on electric distribution networks.
Evaluate the impact of existing and proposed loads and DER interconnections on voltage regulation, equipment loading, power quality, and overall service reliability.
Conduct regulator and capacitor bank placement studies to support Volt/VAR optimization initiatives.
Support DER interconnection applications for wind, solar PV, battery energy storage systems, and traditional thermal generation.
Perform protection coordination studies and develop relay setpoints and configuration files to ensure safety and reliability.
Requirements
Bachelor's degree from an ABET-accredited engineering program
Nice to have: Master’s degree in electrical engineering
Nice to have: Professional Engineer (PE) license
Nice to have: FE/EIT certification
Nice to have: modeling inverter-based and renewable resources using CYME, PSS/E, PSLF, ETAP, PSCAD
Lead and support advanced technical studies involving distribution system performance, DER integration, power quality, EMT, system planning, and protection coordination.
Responsibilities
Lead load allocation, load flow, short-circuit, flicker, and protection coordination studies on electric distribution networks.
Evaluate the impact of existing and proposed loads and DER interconnections on voltage regulation, equipment loading, power quality, and overall service reliability.
Conduct regulator and capacitor bank placement studies to support Volt/VAR optimization initiatives.
Support DER interconnection applications for wind, solar PV, BESS, and traditional thermal generation.
Perform protection coordination studies and develop relay setpoints and configuration files.
Requirements
Bachelor's degree from an ABET-accredited engineering program
Nice to have: Master’s degree in electrical engineering
Nice to have: Professional Engineer (PE) license
Nice to have: FE/EIT certification
Nice to have: modeling inverter-based and renewable resources
Provide strategic and technical leadership for commission-wide electrical capacity planning, ensuring TTC's electrical infrastructure can support future operational demands, network expansion, facility modernization, and the transition to zero-emission transit technologies.
Compensation
115,570.00 - 144,526.20
Responsibilities
Lead TTC's commission-wide approach to electrical infrastructure and capacity planning.
Establish and maintain a comprehensive electrical infrastructure baseline across TTC facilities, stations, yards, garages, shops, offices, traction power systems, substations, transformers, feeders, switchgear, distribution systems, metering assets, standby generation systems, and utility connections.
Identify capacity constraints, infrastructure risks, data gaps, and future requirements while developing tools, dashboards, models, and reporting systems.
Develop long-range electricity demand forecasts that account for fleet electrification, facility decarbonization, traction power requirements, renewable energy initiatives, energy storage integration, charging infrastructure deployment, major capital projects, service growth, state-of-good-repair programs, and emerging technologies.
Evaluate forecast demand against existing infrastructure capacity, identify gaps and risks, and recommend infrastructure investments required to support TTC's operational and sustainability objectives through 2040 and beyond.
Specialist, Electrical Infrastructure Capacityttcproduction · Toronto, Canada