Principal Power Systems Engineer

This is a fully remote position, open to applicants in United States.

📋 Description

• Lead and implement advanced power system analyses—including short-circuit, load flow, motor starting, transient stability, and arc flash hazard assessments—using industry-standard analytical software (e.g., SKM Power*Tools, ETAP) in a remote collaborative setting.

• Design, model, and compute settings for intricate selective protective coordination and equipment safeguarding schemes.

• Prepare comprehensive technical procurement specifications and single-line/three-line diagrams for LV/MV switchgear, power transformers, motor control centers (MCCs), and utility interconnection equipment.

• Assess and approve vendor drawings, submissions, and factory acceptance testing (FAT) procedures.

• Direct electrical engineering design approaches for the integration of utility-scale renewable sources (Solar PV, BESS, microgrids) or significant industrial infrastructure.

• Serve as the primary corporate engineering authority during project initiation, feasibility assessments, and detailed design stages.

• Offer remote guidance to mid-level and junior electrical engineers, enhancing engineering standards and design templates throughout the department.

• Occasionally travel to engage in critical in-person milestones, such as major equipment Factory Acceptance Testing (FAT), crucial site commissioning, or essential physical field validations.

⛳️ Requirements

• Bachelor of Science in Electrical Engineering (BSEE) from an ABET-accredited institution.

• Over 10 years of direct, hands-on experience in power systems engineering for heavy industrial facilities or utility-scale renewable energy projects.

• Active Professional Engineer (P.E.) license in good standing.

• Preference for candidates who can secure multi-state licensure through NCEES comity.

• Proficient in using SKM Power*Tools and/or ETAP at an advanced level.

• Skilled in AutoCAD for remote collaboration, review, and creation of single-lines, three-lines, and physical layouts.

• Strong knowledge of MV/LV switchgear, circuit breaker ratings, bus bar designs, and instrument transformer scaling (CT/PT metrics).

• In-depth understanding of selective coordination principles, time-current curves (TCCs), cable damage curves, and transformer damage curves.

• Familiarity with utility interconnection handbooks and industrial codes (NEC/NFPA 70, NFPA 70E, IEEE Color Books series, NESC).

• Self-driven and exceptionally organized.

• Demonstrated ability to work independently, manage deliverables across multiple time zones, and maintain effective communication using digital collaboration tools (Teams, Slack, etc.).

🏝️ Benefits

• Competitive salary and performance-based incentives.

• Comprehensive health, dental, and vision insurance.

• Retirement savings plan with employer matching.

• Opportunities for professional development and continuing education.

• Flexible work hours and a supportive remote work environment.