Power Systems Engineer II.

Accountabilities

• Perform comprehensive power system impact studies, including steady-state analysis, load flow, short-circuit analysis, and dynamic stability assessments.

• Conduct technical analyses supporting NERC compliance requirements, including TPL-001-4 Annual Planning Assessments.

• Execute generator interconnection studies, including Sub-Synchronous Resonance (SSR) assessments when required.

• Evaluate renewable energy and energy storage projects connecting to transmission networks, ensuring compliance with Voltage Ride-Through (VRT) requirements.

• Participate in ERCOT working group meetings and support transmission planning case development on behalf of assigned clients.

• Develop, maintain, process, and validate technical models and datasets required for power system studies.

• Prepare detailed technical reports presenting study methodologies, findings, recommendations, and engineering conclusions.

• Manage assigned projects from planning through completion, ensuring deadlines, quality standards, and budget objectives are consistently achieved.

• Identify technical training and professional development needs and communicate them to engineering management.

• Collaborate with internal engineering teams and external stakeholders to resolve technical challenges and support successful project delivery.

• Explore and responsibly leverage AI and automation tools to improve engineering workflows, productivity, and technical quality.

Requirements

• Bachelor's degree in Electrical Engineering, preferably with a specialization or concentration in power systems.

• At least 3 years of professional experience as a power systems engineer.

• Practical experience conducting power system impact studies, including dynamic stability, load flow, steady-state, and short-circuit analyses.

• Experience using industry-standard power systems software such as PSS/E, PSCAD, Aspen, and TARA.

• Programming or automation experience using Python is preferred.

• Understanding of transmission planning, generator interconnection processes, renewable energy integration, and applicable grid reliability standards.

• Ability to interpret complex technical data, develop engineering models, and communicate findings through comprehensive technical reports.

• Familiarity with NERC compliance requirements and transmission planning standards is an advantage.

• Interest in using AI and automation tools responsibly to enhance engineering quality, productivity, and innovation.

• Strong analytical, problem-solving, and organizational skills, with the ability to manage multiple projects and competing priorities.

• Excellent written and verbal communication skills, particularly when explaining complex technical concepts to technical and non-technical stakeholders.

• Collaborative mindset and proven ability to establish productive relationships with colleagues, clients, and external partners.

• Adaptability, flexibility, and the ability to respond effectively to changing project requirements.

• High standards of technical accuracy, attention to detail, and ownership of deliverables.

Benefits

• Comprehensive health and wellness coverage, including medical, dental, and vision insurance, with 100% of employee premiums covered.

• Generous paid time off and paid holidays.

• Employee ownership opportunities through the MyShare program.

• Retirement savings plan with an employer contribution of up to 4%, fully vested from day one.

• Flexible working arrangements, with remote and hybrid options depending on the position.

• Opportunity to collaborate with experienced industry leaders and specialists.

• Exposure to innovative energy technologies, renewable energy projects, and advanced grid modeling solutions.

• Opportunities for professional development, technical training, and career growth.

• Fully remote work possibilities across Canada and the United States.

• Occasional business travel, expected to be 10% or less.