Senior Substation Engineer Lead — Hybrid Work + Relocation

Sargent Lundy; Phoenix (AZ); Hybrid; USD 100,000 - 153,000; Full time

Job summary

Sargent & Lundy is seeking a Senior Substation Engineer to lead HV substation design and project management in a hybrid work arrangement. You'll contribute to conceptualization, planning, and execution, manage budgets and schedules, review design drawings, and coordinate with clients.

Travel to client sites may be required, and relocation packages offered depending on location. Qualifications include a BS in Electrical Engineering, 7+ years in MV power systems design, and proficiency with

Qualifications

• Bachelor degree in Electrical Engineering with BS level coursework.
• 7+ years in design of Medium Voltage Power Systems.
• Ability to manage multiple projects, budgets and schedules.
• Experience reviewing design drawings and client interfacing.
• Strong written and verbal communication skills.
• Proficiency with MS Office; AutoCAD experience essential.

Responsibilities

• Lead projects from concept through execution for HV substations.
• Coordinate schedules, budgets, and client interfaces.
• Review designs and ensure compliance with standards.
• Prepare reports and facilitate knowledge sharing within the team.
• Potential travel to client sites and relocation as needed.

Skills

Project management

Communication

Problem solving

MS Office

AutoCAD

Substation design

Team collaboration

Education

BS Electrical Engineering

ABET accredited program

PE license preferred

Tools

AutoCAD

MATLAB

MS Office

Job description

Sargent & Lundy is seeking a Senior Substation Engineer to lead HV substation design and project management in a hybrid work arrangement. You'll contribute to conceptualization, planning, and execution, manage budgets and schedules, review design drawings, and coordinate with clients.

Travel to client sites may be required, and relocation packages offered depending on location. Qualifications include a BS in Electrical Engineering, 7+ years in MV power systems design, and proficiency with