Senior Power Systems Engineer

Job summary

Conduct advanced power system analysis and model renewable generators and power-electronics-based systems to support grid integration and reliability. Prepare technical reports, collaborate with OEMs, utilities, and developers, recommend ways to mitigate grid risks, mentor junior engineers, improve methodologies, and provide technical input for business development.

Job details

Company Description Enerzinx, LLC is a global leader in renewable energy power system modeling, supporting a customer base across 15 countries. The company focuses on accurate representation of power system components for wind, solar, batteries, and other inverter-based resources to ensure grid stability and reliability. Enerzinx works closely with major Power System Original Equipment Manufacturers, delivering Grid Integration Studies, Power Quality Studies, and Power System Economics analyses. Its core expertise includes advanced use of industry-leading tools such as PSSE, PSCAD, ASPEN, MATLAB, and ETAP. Guided by experienced leadership and a dedicated team, Enerzinx contributes across the renewable energy spectrum, including solar, wind, inverter modeling, and hybrid systems. Role Description The Senior Power Systems Engineer will perform advanced power system analysis and modeling to support integration of renewable energy projects into the grid. This full-time, on-site role in Ottawa, ON involves conducting power flow, stability, fault, and power quality studies using industry-standard software platforms. The engineer will develop, validate, and refine models for renewable generators and power electronics-based systems, ensuring accurate representation for planning and operational studies. Day-to-day responsibilities include preparing technical reports, collaborating with OEMs, utilities, and developers, and providing expert recommendations to mitigate grid reliability and stability risks. The role also includes mentoring junior engineers, contributing to methodology improvements, and supporting business development with technical input. Qualifications Candidates should possess strong expertise in Power System Studies, including load flow, transient stability, fault analysis, and power quality assessment. Candidates should possess a solid foundation in Power Systems and Electric Power, with understanding of grid integration for inverter-based resources. Candidates should possess knowledge in Electrical Engineering and Power Generation, particularly in renewable energy technologies such as solar, wind, and battery storage. Proficiency with power system software tools (e.g., PSSE, PSCAD, ASPEN, MATLAB, ETAP or similar platforms) is highly beneficial. Bachelor’s or Master’s degree in Electrical Engineering or a closely related field, with emphasis on power systems. Relevant industry experience in utility, consulting, or OEM environments, preferably involving renewable energy integration. Strong analytical, problem-solving, and technical writing skills, with the ability to communicate complex concepts clearly to diverse stakeholders. Ability to work collaboratively in a multidisciplinary team, manage multiple projects, and meet deadlines in an on-site environment.

What you’ll do

Conduct advanced power system analysis and model renewable generators and power-electronics-based systems to support grid integration and reliability. Prepare technical reports, collaborate with OEMs, utilities, and developers, recommend ways to mitigate grid risks, mentor junior engineers, improve methodologies, and provide technical input for business development.

Requirements

A bachelor’s or master’s degree in electrical engineering or a closely related field with a power systems emphasis, plus relevant experience in utility, consulting, or OEM environments, preferably in renewable energy integration. Candidates should have expertise in power system studies and renewable grid integration, proficiency with tools such as PSSE, PSCAD, ASPEN, MATLAB, or ETAP, and strong analytical, writing, communication, and collaboration skills.

Listed skills

• Load flow analysis · Preferred
• Team Collaboration · Preferred
• Project management · Preferred

Other relevant skills

Identified from the job description. Confirm important requirements above.

• Power System Studies
• Load Flow Analysis
• Transient Stability Analysis
• Fault Analysis
• Power Quality Assessment
• Renewable Energy Grid Integration
• Inverter-Based Resource Modeling
• Power System Modeling
• Technical Report Writing
• Analytical Problem-Solving
• Stakeholder Communication
• Project Management
• Team Collaboration
• Mentoring

Job areas

• Engineering
• Energy
• Environmental & Sustainability
• Consulting