Senior Transmission Planning Engineer

Responsibilities

• Serve as technical lead or study manager on transmission planning engagements, owning scope, schedule, quality, and client relationship
• Perform steady-state load flow and contingency analysis (PSS/E, PSLF, Power World) for utility transmission planning and interconnection studies
• Conduct transient stability and dynamic simulation studies, including modeling of conventional generation and inverter‑based resources (I )
• Lead generation and large load interconnection impact studies, including feasibility, facilities, and cluster/serial study processes across CAISO, MISO, PJM, ERCOT, WECC, and other regional footprints
• Develop and assess long‑range transmission expansion plans evaluating load growth scenarios, generation retirement, renewable buildout, and infrastructure needs
• Support FERC Order 1920 proactive transmission planning and Order 2023 interconnection reform compliance work for utility clients
• Perform NERC reliability standards studies and assessments including TPL‑001, FAC‑001/002, TOP‑001, and MOD series standards
• Author and QA technical study reports for regulatory filings, client deliverables, and interconnection submissions
• Develop Python‑based automation and tooling to improve study execution efficiency, model management, and output quality
• Mentor junior and mid‑level engineers through technical review, guidance, and day‑to‑day collaboration
• Participate in business development through proposal writing, scope development, client presentations, and identification of new opportunities
• Monitor evolving FERC policy, regional planning standards, and grid technology trends to inform client strategy and internal capability development

• BS in Electrical Engineering from an ABET‑accredited college or university
• 5+ years of experience in transmission planning, power system studies, or related electrical engineering
• Hands‑on experience with PSS/E, PSLF, or equivalent transmission planning software
• Demonstrated experience leading or managing technical study engagements as primary point of contact
• EIT or PE registration, or active pursuit of licensure
• Deep familiarity with regional ISOs/RTOs — including CAISO, MISO, PJM, ERCOT, WECC, SERC, NYISO, NEISO, and/or SPP — and their interconnection processes and planning criteria
• Experience with I  and BESS dynamic modeling under NERC MOD‑026/027/031/032/033
• Familiarity with long‑range transmission expansion planning methodologies and scenario‑based planning frameworks
• Experience with large load interconnection studies for data center, hyperscaler, industrial, or other high‑demand customers
• Proficiency in Python for power system study automation, model management, and data workflows
• Short circuit analysis experience using ASPEN, CAPE, or ETAP
• Familiarity with electromagnetic transient software (PSCAD, EMTP) as a supplemental capability
• Strong technical report writing skills; ability to communicate complex results clearly to non‑engineering audiences and utility executives
• Experience contributing to business development proposals and client scoping discussions.

Demonstrates expertise in transmission planning and power system studies, with a strong focus on regulatory compliance, technical report writing, and client relationship management. Proficient in utilizing advanced modeling software and programming for automation to enhance study efficiency and quality.

• Load Flow Analysis
• Contingency Analysis
• Transient Stability Studies
• Dynamic Simulation Modeling
• Interconnection Impact Studies
• Long‑Range Transmission Planning
• Short Circuit Analysis
• I  Dynamic Modeling
• Technical Report Writing
• Business Development Proposals

• Mentoring
• Collaboration
• Communication

• EIT Registration
• PE Registration

• FERC Order 1920
• FERC Order 2023
• NERC MOD Standards
• CAISO
• MISO
• PJM
• ERCOT
• WECC
• SERC
• NYISO

• PSS/E
• PSLF
• Power World
• ASPEN
• CAPE
• ETAP
• PSCAD
• EMTP