Transmission Line Civil Engineer—Shape the Grid

American Electric Power Co.; New Albany (OH); On-site; USD 75,000 - 129,000; Full time

Job summary

American Electric Power Co. is seeking a Civil Engineer specializing in transmission lines in New Albany, OH.

The role focuses on engineering activities for high-impact grid projects, with opportunities to develop expertise in structural and geotechnical aspects and to advance within the transmission line engineering group. You will plan projects, evaluate structure types, review geotechnical findings, and perform conductor tension and clearance analyses using PLS-CADD, while supporting

Qualifications

• ABET-accredited Civil Engineering degree required or equivalent.
• EIT certification or progress toward licensure preferred.
• Interest in structural, geotechnical, or utility infrastructure design.
• Strong written and verbal communication skills.

Responsibilities

• Plan and scope transmission line projects
• Collaborate with internal and external stakeholders
• Select and evaluate transmission structure types
• Review geotechnical reports and foundation recommendations
• Design transmission structure foundations
• Perform conductor tension, sag, and clearance evaluations
• Develop transmission line designs using PLS-CADD
• Support project scheduling, cost estimating, and project execution

Skills

Analytical skills

Problem-solving

Team collaboration

Communication skills

EIT licensure path

Education

ABET-accredited Bachelor's degree in Civil Engineering

Master's degree with ABET accreditation

Tools

PLS-CADD

Job description

American Electric Power Co. is seeking a Civil Engineer specializing in transmission lines in New Albany, OH.

The role focuses on engineering activities for high-impact grid projects, with opportunities to develop expertise in structural and geotechnical aspects and to advance within the transmission line engineering group. You will plan projects, evaluate structure types, review geotechnical findings, and perform conductor tension and clearance analyses using PLS-CADD, while supporting