Electrical Engineer

ISO New England Inc.; Windsor (CT); Hybrid; USD 80,000 - 120,000; Full time

Job summary

ISO New England Inc. is seeking an Electrical Engineer to support the integration of renewable energy sources into the power grid. This role involves critically analyzing dynamic transmission models, conducting system impact assessments, and collaborating with diverse stakeholders. A hybrid work environment is offered, including benefits such as professional development and relocation assistance.

Benefits

Hybrid work schedule with 2 days/week onsite

Relocation Assistance

Base salary plus performance bonus program

Tuition reimbursement

Wellness programs with onsite gym

Flexible work hours

Qualifications

• Experience with PSS/E and PSCAD for transient stability analysis.
• Ability to analyze dynamic models for various energy resources.
• Understanding of NERC and NPCC standards is preferred.

Responsibilities

• Analyze power system behavior and manage models for new generation resources.
• Conduct impact assessments related to transmission and generation changes.
• Develop recommendations for standards and best practices.

Skills

Electric power system network analysis

Transmission planning

Transient stability analysis

Control theory

Power system dynamics

Communication skills

Python or similar scripting language

Education

Bachelor of Science in Electrical Power Engineering

Master’s Degree in related field

Job description

ISO New England Inc., Windsor, Connecticut, United States of America

Job Description

Posted Friday, June 20, 2025 at 4:00 AM

ISO New England is the not-for-profit, independent system operator responsible for ensuring the safe and reliable flow of electricity in our region and planning for the future of the electric grid. We are at the forefront of New England’s ongoing transition to clean energy.

ISO New England's Resource Integration team is an industry leading team that analyzes generator and transmission simulation models¸ conducts studies, develops procedures for new study methods, and participates in standards development, to ensure the reliable addition of new solar, wind, storage, and other types of generation to the New England transmission system. Specifically, the position conducts: model acceptance testing and verification analyses for new and existing generating resources, manages generating resource models throughout the lifecycle of the plant (interconnection study /commissioning/post-commissioning phases), simulates and analyzes power system behavior, and develops study methodology and practices recommendations of which contribute to the reliability and the New England power system in support of its clean energy transition.

What we offer you:

• Hybrid work schedule with 2 days/week onsite
• Relocation Assistance
• Base salary plus performance bonus program, professional development and tuition reimbursement, enhanced 401k and financial planning, wellness programs with onsite gym, onsite café with free coffee, flexible work hours, access to business networks & more, all in a stable and supportive work environment!

How you will make an impact:

• Review, analyze and manage dynamic models (PSS/e and PSCAD) for proposed generation additions and changes for inverter-based resources such as: wind turbines, battery energy storage systems, and solar installations, along with conventional generation, hybrid resource, and other dynamic transmission equipment such as Flexible AC Transmission devices or High Voltage DC equipment
• Conduct transmission system impact assessments of proposed changes to generation, which may involve steady state, transient stability, and electromagnetic transient analyses
• Assist in the analysis and preparation of reports related to transmission system studies
• Work closely with New England stakeholders such as Transmission and Distribution Owners and Operators, Generation Owners and Developers, and State Regulators,
• Develop recommendations for New England regional standards and study practices
• Support voluntary and mandatory compliance with local and national standards from regulatory groups like NPCC, NERC, FERC, IEEE, CIGRE, and IEC

What you need to be successful in this role:

• Bachelor of Science in Electrical Power Engineering, Electrical Engineering, or Electrical & Computer Systems Engineering is required. Master’s Degree preferred.
• Experience in electric power system network analysis, transmission planning, and assessment techniques, specifically transient stability analysis using PSS/E, and Electromagnetic Transients analyses using PSCAD
• Proficiency with Python or other similar scripting language
• Strong understanding of control theory and power system dynamics
• Knowledge of NERC, NPCC, and Transmission Planner/Planning Coordinator planning reliability standards and criteria
• Ability to work independently and in a team environment with minimal supervision
• Excellent oral, written and interpersonal communication skills
• Ability to travel to attend stakeholder meetings, working groups and conferences
• Desired but not required:
  • Registered Professional Engineer or Engineer-In-Training
  • Experience participating in stakeholder and industry committee activities
  • Knowledge of ISO/NEPOOL tariff, markets and processes
  • Familiarity with Electromagnetic transient analysis (EMTP/PSCAD)
  • Understanding of Short circuit analysis (Aspen One-Liner)

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Equal Opportunity : We are proud to be an EEO/AA employer. Applicants for employment are considered without regard to race, color, religion, creed, sex (including pregnancy, childbirth, and related medical conditions), gender identity or expression, sexual orientation, citizenship, national origin, age, ancestry, marital status, disability (including learning, mental, intellectual, and physical), service in the uniformed services, genetic information, or any other status protected by applicable law.

Drug Free Environment: We maintain a drug-free workplace and perform pre-employment substance abuse testing.

ISO New England Inc., Windsor, Connecticut, United States of America