Power System Studies Engineer – EMT Studies Senior/Lead/Principal

Elevate Energy Consulting; United States; On-site; USD 120,000 - 180,000; Full time

Benefits offered by this job

Up to 20% performance-based bonus

Health benefits

Home office stipend

Wellness stipend

Paid time off & holidays

Job summary

Elevate Energy Consulting is seeking a Senior/Lead/Principal Engineer to lead EMT studies and reliability assessments for high IBR penetration and large loads. You will develop models across PSCAD, E-TRAN, PSS®E, and PSLF, validating results and guiding mitigation strategies.

The role requires translating complex results into actionable insights for planning, operations, and investments, with strong communication and independent work capabilities.

Qualifications

• Master’s degree in electrical engineering with a specialization in power systems and EMT studies.
• 5+ years of professional experience in transmission planning and EMT studies.
• Experience performing EMT studies and phasor-domain transient stability studies.
• Proficiency with PSS®E, PSCAD, and E-TRAN; familiarity with data analysis and automation.

Responsibilities

• Lead and execute EMT studies to evaluate reliability and stability under high IBR penetration and large loads.
• Develop and validate detailed power system models across platforms (PSCAD, E-TRAN, PSS®E, PSLF, TSAT).
• Perform model benchmarking and IBR/large-load verification.
• Prepare technical reports and present findings to clients; manage multiple projects.

Skills

Power systems

EMT modeling

Independent work

Education

MS in Electrical Engineering (Power Systems/EMT)

Tools

PSSE

PSCAD

E-TRAN

Job description

Elevate Energy Consulting supports clients across the electricity ecosystem as we work toward a reliable, resilient, and affordable energy future. We bring expertise in power system planning, design, controls, protection, and operations to solve complex challenges, while helping clients navigate North American regulatory requirements.

Our work spans modeling and studies, protection settings, event analysis, optimization, systems integration, process improvements, and compliance support. We deliver practical, technically sound solutions with a clear goal: to elevate our clients and strengthen the power system for the future.

Position Summary

This role is responsible for leading and executing advanced power system studies focused on electromagnetic transient (EMT) modeling, studies, and related reliability assessments. The position supports the integration of inverter-based resources (IBRs) and large loads by identifying system risks, conducting studies, developing mitigation strategies, and delivering technically rigorous analyses to inform planning, operations, and investment decisions. The ideal candidate brings strong expertise in power system stability, dynamic modeling, EMT modeling and studies, and translating complex technical results into actionable insights.

Roles and Responsibilities

The Senior/Lead/Principal Engineer shall be responsible for supporting projects and conducting high-quality work related to the following core responsibilities:

• Lead and execute EMT studies to evaluate system reliability, stability, and performance under high IBR penetration and with the addition of large loads.
• Develop, maintain, and validate detailed power system models across platforms including PSCAD, E-TRAN, PSS®E, PSLF, TSAT; conduct model consistency and accuracy checks across datasets.
• Perform model benchmarking and validation across simulation models; perform IBR and large load model verification and validation.
• Conduct system EMT screening analyses under a range of operating scenarios to determine where detailed EMT studies are needed.
• Evaluate system strength and grid conditions through metrics such as short-circuit ratio (SCR), interaction factors, and other methods, to determine weak grid conditions or other high-risk areas.
• Identify and assess grid reliability risks including voltage instability, frequency instability, oscillatory instability, and other power quality concerns; determine the need for corrective actions and mitigations.
• Develop and evaluate mitigation strategies including FACTS devices (e.g., STATCOMs, SVCs), synchronous condensers, controls tuning, grid forming (GFM) controls, equipment placement and sizing, network upgrades, etc.
• Perform detailed EMT simulations for high-risk scenarios, validating system performance with and without mitigation measures and refining technical specifications for implementation.
• Analyze and compare alternative mitigation technologies and provide recommendations to support technology selection, procurement, and investment decisions.
• Develop advanced automations to conduct EMT studies and analyze simulation results in an efficient and effective manner.
• Prepare technical reports and documentation of study findings; engage with clients and decisionmakers with study findings, recommendations, and actionable next steps.
• Support client engagements through technical presentations, review meetings, and other communications; engage in and represent Elevate at industry forums related to these topics.
• Manage project execution across multiple clients including timelines, deliverables, meetings, etc.

Qualifications

Candidates should have the following required qualifications:

• Master’s degree in electrical engineering with a specialization in power systems and EMT studies from an accredited college or university.
• 5+ years of professional experience in transmission planning, EMT studies, IBRs or large loads, or other related fields with a focus on EMT analysis.
• Technical experience performing EMT studies and phasor domain transient stability studies.
• Experience using power system analysis tools such as PSS®E, PSCAD, and E-TRAN; familiarity with data analysis and automation techniques.
• Excellent communications skills including written and verbal communication.
• Strong interpersonal skills, compelling presentation skills, and the ability to establish strategic relationships.
• A highly motivated self-starter and driven individual with the ability to work independently and in the face of uncertainty.

Additionally, candidates should have the following preferred qualifications for a Lead or Principal role:

• Master’s degree or PhD in electrical engineering with a specialization in power systems and EMT studies.
• More extensive professional experience in related fields performing EMT studies, with 7+ years for Lead Engineer and 10+ years for Principal Engineer.

Physical requirements for this role include:

• Must be able to sit and/or stand for prolonged periods of time at a computer.
• Ability to travel to job sites, both in an office environment and in the field.

Company Benefits

• Up to 20% performance-based bonus structure
• Full suite of health benefits including medical, dental, vision
• Annual home office stipend
• Annual employee health and wellness stipend
• Competitive time off and company holidays
• The final title for this role will be determined based on the qualifications of the candidate and on performance through the interview process.
• A background check will be conducted prior to employment.
• All persons hired will be required to verify identity and eligibility to work in the United States or Canada and must complete employment eligibility verification documentation upon hire, in compliance with federal law.
• This is a fully remote role with some travel expected; a passport is required for North American and other international travel.
• This position has been classified as exempt.