Electrical Engineering PE

At ENFRA, we don’t just design—we deliver outcomes that transform how energy infrastructure is financed, built, and sustained.
As the leader in Energy‑as‑a‑Service (EaaS), we integrate engineering, design, construction, financing, and long‑term operations into a single, accountable team—removing traditional barriers between design and execution. they help shape full‑lifecycle solutions that reduce costs, improve performance, and create measurable, lasting value for our clients.
We combine real‑time collaboration with constructors, operators, and energy specialists to design systems that are not only technically sound—but constructible, operable, and optimized for lifecycle performance. Every project is grounded in accountability, data, and a commitment to delivering guaranteed outcomes—not just design intent.
At ENFRA, you’ll join a multidisciplinary team that spans the full project lifecycle—from concept through optimization—giving you the opportunity to see your work realized, measured, and continuously improved. We value practical innovation, cross‑disciplinary thinking, and engineers who want to make a real‑world impact beyond the drawing set.
If you’re looking to move beyond traditional design and be part of a model that is reshaping the industry—ENFRA is where engineering meets ownership, accountability, and impact.
The Electrical Professional Engineer I (PE I) applies fundamental engineering principles to design, analyze, and support electrical systems for energy and infrastructure projects across hospital and college campuses. This role develops code‑compliant, constructible designs—including power distribution, renewable energy, storage, and controls integration—within defined project scopes. The PE I collaborates with multidisciplinary teams to ensure coordination with existing facilities, supports permitting and procurement efforts, and responds to field conditions. Responsibilities include preparing accurate calculations, drawings, and specifications, maintaining design documentation, and contributing to systems that meet performance, reliability, and energy efficiency objectives consistent with ENFRA’s design-build delivery model.
Responsible for signing and sealing engineering documents, as applicable.
Designs solar energy, battery energy storage, fuel cell, and combined heat and power plants with guidance from senior engineers.
Performs analysis and design of electrical systems (power distribution, low/medium voltage systems, lighting, controls, etc.).
Conducts site visits, field assessments, and data collection. May coordinate and plan 3D laser scanning efforts.
Assists in project coordination with multidisciplinary teams.
Applies engineering techniques within defined assignments.
Performs work under general supervision.
Begins developing client interaction skills in supported settings.
Working knowledge of electrical system design and analysis
Proficiency with electrical design and modeling softwareEffective communication and documentation skills
Bachelor’s degree in architectural engineering, electrical engineering, or related field
~Professional Engineer (PE) License

Experience in energy infrastructure, ESCO, or EaaS projects

Travel Requirements
~10-25% of time will be spent traveling to job sites.

Prolonged periods of office work sitting at a desk and working on a computer.
Ascending and descending stairs, ladders, ramps, and possibly scaffolding.
Occasionally completed field survey in loud, peak/low temperatures, and/or elevated locations.
Field survey, including traveling to job sites, to document existing conditions and observe construction progress.
ENFRA is proud to be an Equal Opportunity Employer of Minorities, Women, Protected Veterans, and Individuals with Disabilities, and participates in the e-Verify program. All qualified applicants will receive consideration for employment without regard to race, creed, color, religion, sex, age, sexual orientation, gender identity, national origin, veteran status, disability, or any other classification protected by law.
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