Senior Java/AWS Power System Software Consultant designing, developing, and supporting enterprise-grade Power Systems applications for load forecasting, outage coordination, and energy operations.
Responsibilities
Design, develop, enhance, and maintain Java-based Power Systems applications.
Design scalable solutions using Java, Spring Boot, REST APIs, microservices, AWS Step Functions, and cloud native AWS services.
Build and support integrations between enterprise applications and data platforms.
Ensure application reliability, scalability, security, and performance.
Support modernization initiatives, including cloud migration and microservices adoption.
Requirements
Bachelor's or Master's degree in Electrical Engineering, Computer Science, or related field
The Manager, Reliability Assessments directs NERC reliability and transmission assessment activities and supervises the associated staff under the direction of the Director, Reliability Services.
Responsibilities
Direct NERC reliability and transmission assessment activities
Supervise associated staff
Ensure quality, timeliness, and credibility of assessment programs
Build and develop staff capability
Set and establish priorities
Requirements
Bachelor’s degree in Electrical Engineering
Bachelor’s degree in Computer Science
Bachelor’s degree in Information Systems
Nice to have: Familiarity with characteristics of the ERCOT grid and interconnection
Lead the development of long-term distribution system plans, provide technical direction to planning staff and consultants, and ensure recommendations are grounded in sound power‑system analysis and risk‑based investment decisions.
Lead the development, maintenance, and continuous improvement of long‑term distribution system plans, capacity plans, and supporting investment roadmaps.
Establish planning horizons, assumptions, scenarios, and study criteria in coordination with short‑ and medium‑term planning teams.
Lead long‑term load forecasting and spatial demand analysis, including the effects of growth, electrification, electric vehicles, distributed energy resources, energy storage, and major customer connections.
Direct power‑system studies and capacity assessments to identify constraints, performance risks, and timing of system needs.
Develop and compare technically viable planning alternatives, including non‑wires solutions where appropriate, and recommend preferred options using engineering, risk, cost, operability, and constructability considerations.
Requirements
Undergraduate degree in Electrical Engineering or a closely related engineering discipline
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.