Senior Power Systems Engineer

Jobgether SRL; United States; Remote; USD 120,000 - 180,000; Full time

Benefits offered by this job

Health, dental, vision coverage

Paid time off and holidays

Employee ownership via MyShare Program

401(k) with employer match

Fully remote work (US/Canada)

Travel up to 10%

Work with industry leaders on complex/

Exposure to advanced grid modeling and

AI and automation in engineering

Job summary

Jobgether SRL is seeking a senior Power Systems Engineer to lead bulk power system analysis and inverter‑based resource modeling. You will work with PSCAD/PSS/E to assess performance, and ensure compliance with NERC/IEEE standards while delivering high‑quality reports.

You will own projects end‑to‑end, collaborate with engineering teams, and apply AI/automation to streamline analyses and drive innovation in grid modeling.

Qualifications

• Master’s degree in Electrical Engineering with a power systems focus.
• 5+ years of professional experience in power systems engineering.
• Experience with ERCOT Model Quality Test or equivalent modeling validation.
• Familiarity with IEEE 2800 and NERC MOD-026-2.
• Strong power system impact studies: steady‑state, short‑circuit and dynamic.
• PSCAD and PSS/E proficiency, Python scripting ability.
• Experience using AI to improve engineering quality and automation.
• Strong writing, communication, and stakeholder collaboration.
• Ownership mindset and ability to manage priorities.

Responsibilities

• Perform detailed bulk power system dynamic studies using PSCAD and PSS/E.
• Model inverter‑based resources for design and validation.
• Conduct compliance studies per NERC/IEEE standards.
• Modeling and compliance work per ISO requirements and NERC MOD‑026‑2.
• Prepare clear technical reports documenting methodologies and conclusions.
• Own projects from planning through completion within quality/schedule/budget.
• Identify training needs and communicate to engineering leadership.
• Leverage AI and automation to streamline workflows and improve quality.
• Contribute to additional engineering initiatives in a collaborative environment.

Skills

Power systems analysis

Bulk power system modeling

Technical reporting

Python scripting

AI in engineering

Team collaboration

Project ownership

Education

Master's degree in Electrical Engineering (power systems)

Tools

PSCAD

PSS/E

Python

Job description

Accountabilities:

- Perform detailed bulk power system dynamic studies using specialized power system software, including PSCAD and PSS®E, to evaluate system behavior and performance.

- Conduct inverter‑based resource modeling across steady‑state, short‑circuit, and dynamic applications, supporting both initial design and as‑built model validation.

- Perform technical compliance assessments covering IBR facility ratings, protection coordination, ride‑through capabilities, and other applicable grid requirements.

- Conduct modeling and compliance studies in accordance with ISO‑specific requirements and applicable NERC reliability standards, including requirements such as IEEE 2800 and NERC MOD‑026‑2.

- Prepare clear, accurate, and comprehensive technical reports documenting study methodologies, findings, conclusions, and recommendations.

- Take ownership of assigned projects from planning through completion, ensuring deliverables meet established quality, schedule, and budget objectives.

- Identify technical or training needs and communicate them to engineering leadership to support continued team development and technical excellence.

- Responsibly leverage AI and automation tools to streamline engineering workflows, improve productivity, strengthen quality, and support innovative approaches to power system analysis.

- Contribute to additional engineering initiatives and responsibilities as needed within a collaborative technical environment.

Requirements

- Master’s degree in Electrical Engineering, with a specialization or strong academic emphasis in power systems.

- 5+ years of professional experience working as a power systems engineer, with substantial experience in bulk power system analysis and modeling.

- Demonstrated experience with ERCOT Model Quality Test or an equivalent modeling validation process, as well as familiarity with IEEE 2800 and NERC MOD‑026‑2.

- Strong experience performing power system impact studies, including steady‑state, short‑circuit, and dynamic stability analysis.

- Hands‑on proficiency with power system simulation software such as PSCAD and PSS®E.

- Experience programming or automating engineering workflows using Python, with the ability to develop practical tools that improve analytical efficiency.

- Experience using AI and automation tools responsibly to enhance engineering quality, productivity, and innovation.

- Strong analytical and problem‑solving skills, with the ability to interpret complex technical results and translate them into actionable engineering conclusions.

- Excellent technical writing and communication skills, with the ability to produce high‑quality reports and collaborate effectively with engineering stakeholders.

- Strong ownership, organization, and attention to detail, with the ability to manage project priorities while meeting quality, schedule, and budget expectations.

Benefits

- Comprehensive health and wellness benefits, including medical, dental, and vision coverage with 100% premium coverage for employees .

- Generous paid time off and paid holidays.

- Employee ownership opportunities through a MyShare Employee Ownership Program .

- 401(k) retirement plan with a contribution match of up to 4% , with employees fully vested from day one.

- Fully remote work opportunity within Canada or the United States .

- Occasional travel, expected to be 10% or less .

- Opportunities to work alongside experienced industry leaders on complex power and energy projects.

- Exposure to advanced grid modeling, renewable energy integration, and emerging energy technologies.

- An innovative engineering environment focused on building a modern, secure, and resilient energy system.

- Opportunities to apply AI, automation, and advanced analytical techniques to real‑world engineering challenges.