Position SummaryThe Distribution Engineer II is a mid-level engineering role responsible for supporting large-scale electric distribution programs. This position focuses on the design, analysis, and execution of overhead and underground distribution projects in a high-volume, standards-driven environment.
This role requires the ability to independently manage multiple projects simultaneously, adapt to client-specific standards, and deliver consistent, high-quality engineering solutions that support system reliability, capacity growth, and infrastructure resilience.
Key Responsibilities- Design and engineer overhead and underground electric distribution systems (typically 4kV-35kV), including new business, system improvements, relocations, and reliability upgrades
- Execute high-volume design work while maintaining accuracy, quality, and schedule adherence
- Perform load calculations, voltage drop analysis, and equipment selection
- Develop detailed construction packages, including staking sheets, bills of material, and design drawings
- Apply client-specific standards, NESC requirements, and local/regulatory codes
- Utilize design and mapping tools (e.g., GIS, AutoCAD, MicroStation, or similar platforms)
- Conduct field visits to collect data, validate design assumptions, and resolve constructability issues
- Coordinate with internal teams, field crews, permitting authorities, and external stakeholders
- Support permitting, easement, and right-of-way processes as required
- Identify design risks, conflicts, and constructability challenges early and propose solutions
- Assist in outage coordination, switching plans, and construction sequencing
- Provide guidance and technical support to junior engineers and designers
QualificationsRequired:- Bachelor's degree in Electrical Engineering or a related engineering discipline
- 2-5+ years of experience in electric distribution engineering or utility design
- Experience working in a production-based or high-volume design environment
- Strong understanding of overhead and underground distribution systems
- Familiarity with NESC and utility engineering standards
- Proficiency in design tools such as AutoCAD, MicroStation, or GIS platforms
- Strong time management skills with the ability to manage multiple concurrent projects
- Effective communication and coordination skills across cross-functional teams
Preferred:- Engineer-in-Training (EIT) certification or progress toward PE licensure
- Experience supporting large investor-owned utilities or similar programs
- Familiarity with work management systems and client-driven workflows
- Experience with system hardening, reliability programs, or grid modernization initiatives
Work Environment & Expectations- Combination of office and field work, including site visits in varying terrain and environmental conditions
- Ability to support fast-paced, deadline-driven project cycles
- Travel may be required depending on project needs
- Strong commitment to safety, quality, and adherence to established standards
