Open in the current public read path; this is not an employer guarantee.Last observed November 3, 2026
Classification
Modern power-system classification not yet published for this listing.Legacy source industry field: Utilities
Pay provenance
Employer-provided pay
Job Description
11-13-2026
Key Responsibilities
Regional Engineering Support- Lead Circuit Engineering support for assigned operating regions, ensuring timely and effective response to field, customer, operational, and emergent engineering needs.
Circuit Reliability & Customer Experience- Develop and execute engineering work plans that identify and address circuit reliability issues, recurring problems, and opportunities to improve customer experience and system performance.
Engineering Work Management- Establish priorities, balance engineering resources, monitor workload and performance, and ensure engineering requests and commitments are completed safely, accurately, and on schedule.
Field & Cross-Functional Partnership- Build strong working relationships with Field Operations, Customer teams, Design, ROW, Planning, Protection & Control, and other supporting organizations to resolve issues and develop practical engineering solutions.
Continuous Improvement- Lead continuous-improvement efforts that strengthen engineering processes, eliminate recurring issues, improve consistency, and enable engineers to identify and implement better reliability solutions.
Technical Execution & Engineering Quality- Provide oversight and technical direction for regional circuit engineering activities, including emergent requests, new-customer support, arc-flash studies, DAE scoping, coordination reviews, and watchlist remediation.
People Leadership & Development- Lead, coach, and develop the Circuit Engineering team by establishing clear expectations and performance goals, conducting performance reviews, providing ongoing feedback and development, supporting workforce and succession planning, and maintaining a strong culture of accountability, collaboration, inclusion, and safe work practices
Requirements
Bachelor's degree in engineering from an ABET accredited institution. degree preference is in electrical, mechanical, or civil engineering OR in engineering technology in a program accredited by the Technology Accreditation Commission of the ABET. Acceptable alternatives are (1) a Bachelor's in engineering (non-ABET), plus a Professional Engineers (PE) license OR (2) a Bachelor's in engineering (non-ABET) plus a Master's in engineering from a university with an ABET accredited Bachelor's program.
Typically has acquired six or more years' experience in transmission engineering, construction, or operations or other equivalent related experience such as distribution or generation engineering, construction, or operations experience.