Lead interconnection strategy and execution for a portfolio of solar, battery storage, and hybrid projects.
Compensation
Competitive Compensation and Incentives
Responsibilities
Own interconnection strategy, schedules, deliverables, and risk management for assigned projects across multiple markets and transmission providers.
Lead early-stage interconnection diligence for Greenfield, M&A, and RFP opportunities.
Manage queue applications, study cycles, model submissions, deficiency responses, agreements, affected-system reviews, surplus and replacement requests, material-modification assessments, deposits, and credit support milestones.
Review technical studies and translate network upgrades, operational limitations, affected-system impacts, and schedule dependencies into actionable business recommendations.
Maintain visibility into forecasted and posted security, refundability, at-risk exposure, and upcoming capital decisions; support budgets, investment memos, and Risk Committee or Board materials.
Requirements
Bachelor's degree in electrical engineering or a related engineering field
Lead and support advanced technical studies involving distribution system performance, DER integration, power quality, EMT, system planning, and protection coordination/relay settings.
Compensation
$84,762 - $129,498
Responsibilities
Lead load allocation, load flow, short-circuit, flicker, and protection coordination studies on electric distribution networks.
Evaluate the impact of existing and proposed loads and DER interconnections on voltage regulation, equipment loading, power quality, and overall service reliability.
Conduct regulator and capacitor bank placement studies to support Volt/VAR optimization initiatives.
Support DER interconnection applications for wind, solar PV, battery energy storage systems, and traditional thermal generation.
Perform protection coordination studies and develop relay setpoints and configuration files to ensure safety and reliability.
Requirements
Degree from an ABET-accredited engineering program
Nice to have: Master’s degree in electrical engineering
Nice to have: Professional Engineer (PE) license
Nice to have: FE/EIT certification
Nice to have: modeling inverter-based and renewable resources using CYME, PSS/E, PSLF, ETAP, PSCAD
Lead and support advanced technical studies involving distribution system performance, DER integration, power quality, EMT, system planning, and protection coordination/relay settings.
Compensation
$84,762 - $129,498
Responsibilities
Lead load allocation, load flow, short-circuit, flicker, and protection coordination studies on electric distribution networks.
Evaluate the impact of existing and proposed loads and DER interconnections on voltage regulation, equipment loading, power quality, and overall service reliability.
Conduct regulator and capacitor bank placement studies to support Volt/VAR optimization initiatives.
Support DER interconnection applications for wind, solar PV, battery energy storage systems, and traditional thermal generation.
Perform protection coordination studies and develop relay setpoints and configuration files to ensure safety and reliability.
Requirements
Bachelor's degree from an ABET-accredited engineering program
Nice to have: Master’s degree in electrical engineering
Nice to have: Professional Engineer (PE) license
Nice to have: FE/EIT certification
Nice to have: modeling inverter-based and renewable resources using CYME, PSS/E, PSLF, ETAP, PSCAD
Lead and support advanced technical studies involving distribution system performance, DER integration, power quality, EMT, system planning, and protection coordination/relay settings.
Responsibilities
Lead load allocation, load flow, short-circuit, flicker, and protection coordination studies on electric distribution networks.
Evaluate the impact of existing and proposed loads and DER interconnections on voltage regulation, equipment loading, power quality, and overall service reliability.
Conduct regulator and capacitor bank placement studies to support Volt/VAR optimization initiatives.
Support DER interconnection applications for wind, solar PV, battery energy storage systems, and traditional thermal generation.
Perform protection coordination studies and develop relay setpoints and configuration files to ensure safety and reliability.
Requirements
Bachelor's degree from an ABET-accredited engineering program
Nice to have: Master’s degree in electrical engineering
Nice to have: Professional Engineer (PE) license
Nice to have: FE/EIT certification
Nice to have: modeling inverter-based and renewable resources using CYME, PSS/E, PSLF, ETAP, PSCAD
ICF is seeking a senior power markets executive to help strengthen our market presence and expand our position in emerging digital infrastructure markets. The role combines deep power market expertise, strong client relationships, and strategic growth.
Locations (2)
Reston, Virginia, United States
United States
Compensation
The pay range for this position based on full-time employment is $174,701.00 - $296,992.00
Responsibilities
Bring recognized power market expertise and a strong external presence to the business.
Serve as a trusted senior advisor to clients providing perspectives on evolving market dynamics, resource adequacy, generation investment, transmission, load growth, market design.
Expand senior-level relationships and elevate ICF’s visibility in the marketplace.
Help establish and execute a strategy for ICF’s emerging digital infrastructure client segment.
Define where ICF can differentiate with data centers, hyperscalers, digital infrastructure developers, and investors.
Postdoctoral Researcher: Inverter-based Resources (IBR) Driven Power System Protection Study & Stability Analysis
National Laboratory of the Rockies · Posted Jul 13, 2026
Seeking a power system engineer with deep stability expertise to execute transient stability and dynamic simulation studies, serve as a technical resource, and mentor junior engineers.
Locations (3)
United States
Canada
Puerto Rico
Compensation
The pay range for this position based on full-time employment is: $119,323.00 - $202,850.00
Responsibilities
Lead transient stability and dynamic simulation studies for utility planning and interconnection work using PSS/E, PSLF, and TSAT, evaluating conventional generation, inverter-based resources (IBR), and battery energy storage systems (BESS).
Develop, review, validate, and tune dynamic models, including generic renewable models (e.g., WECC) and user-defined models, through model quality tests such as flat-start, step-response, and fault ride-through checks.
Mid-Level Protection & Controls Engineer responsible for high voltage substation protection design, analysis, and coordination across multiple projects.
Responsibilities
Design high voltage substation protection schemes up to 500kV
Computer modeling and analysis of electrical systems
Prepare specifications for equipment and systems
Prepare reports
Apply codes and standards
Requirements
Bachelor of Science in Electrical Engineering (BSEE) from an ABET accredited University
Assess stability performance against NERC TPL-001 and regional planning criteria and PRC-024/PRC-029 ride-through requirements, including voltage recovery, damping and oscillatory behavior, and critical clearing times.
Perform voltage stability (PV/QV), weak-grid, and short-circuit-ratio screening, and coordinate with electromagnetic transient (EMT) studies where needed.
Perform NERC reliability standards studies and assessments, including TPL-001 stability analysis and MOD-026/027/032/033 model verification and validation.
Requirements
BS in Electrical Engineering
closely related engineering discipline
Nice to have: Advanced experience with transient stability studies
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