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POWERX

Non-invasive sensors monitor and reduce energy

Protection and Control Senior Test Engineer

Power Systems EngineeringUpdated on Nov 12
Full-timeOklahoma City, OK, USANo salary listed

About the Job

Requirements

  • A minimum of 2 years of experience in high-voltage Protection and Control testing and commissioning is required.
  • A satisfactory background and motor vehicle record check is required.
  • Passing applicable pre-employment, post-accident, reasonable-suspicion, and/or random drug testing is required.
  • The role requires the ability to work safely around energized electrical equipment and mechanical hazards, work in operational substations and construction environments, and lift up to 50 pounds.
  • The role requires the ability to travel, work overtime, and accommodate outage schedules as necessary.
  • Proficiency in Microsoft Word and Excel is required for documentation, reporting, and data tracking.

Responsibilities

  • Independently execute relay protection testing using Doble, Omicron, RTS, SEL AcSELerator, GE Enervista, and equivalent testing platforms.
  • Test and validate line, transformer, bus, feeder, breaker failure, reclosing, and transfer-trip protection schemes under Lead oversight for complex configurations.
  • Perform and independently validate current-transformer and potential-transformer testing, including ratio, polarity, phasing, saturation characteristics, and single-point grounding verification.
  • Execute relay input/output testing, analog-to-digital metering checks, and individual element pickup and timing tests, and determine pass/fail results accurately.
  • Interpret relay logic, phasors, event reports, and oscillography to identify abnormal conditions and communicate findings to the Lead.
  • Apply working knowledge of AC/DC power-system fundamentals and complex-power calculations, symmetrical components and relay-element operation, protection zones and coordination philosophy, instrument-transformer behavior and application, and overcurrent, differential, impedance, and breaker-failure protection applications.
  • Read, interpret, and navigate one-line and three-line diagrams, schematics, wiring and logic diagrams, cable schedules, and panel layouts.
  • Identify station phasing and equipment orientation throughout a substation.
  • Support switching activities and outage coordination independently, and prepare projects through final pre-energization readiness with Lead oversight before energization.
  • Treat each testing scope as a system-validation exercise rather than an isolated component check.
  • Engage with advanced internal training materials and apply the learning to field assignments and commissioning scopes.
  • Independently develop test, isolation, energization, and commissioning plans, procedures, Human Performance mitigation plans, and job hazard analyses for assigned scopes, ensuring they reflect the full protection scheme and operational risk profile.
  • Review complete drawing packages before testing to identify design inconsistencies, relay-logic concerns, and drawing errors for escalation before work begins.
  • Ensure testing aligns with utility standards, NETA practices, IEEE guidance, and client-specific commissioning requirements, taking ownership of standards compliance for assigned scopes.
  • Maintain complete, accurate, and organized test records, redlines, and daily reports, and support the Lead in reviewing results for operational correctness before client turnover.
  • Study complex protection schemes, SCADA integration, IEC 61850/GOOSE communications, and advanced relay platforms to build system-level knowledge for advancement to Lead.
  • Seek exposure to project coordination, energization planning, and scope management under Lead mentorship in preparation for project ownership.
  • Contribute to continuous improvement of Protection and Control procedures and field standards.
  • Mentor Test Engineer II team members in protection-testing techniques, drawing interpretation, relay logic, and developing independent field judgment.
  • Mentor Test Engineers in foundational skills, including equipment identification, test-set operation, documentation, and safe work execution.
  • Tailor coaching to each team member’s career stage, supporting Test Engineer readiness for Test Engineer II and Test Engineer II readiness for Senior-level independence.
  • Reinforce safe work practices, Human Performance tool use, and verification culture through modeling and direct feedback.
  • Provide constructive feedback to junior team members and communicate development observations to the Lead.
  • Contribute to a learning environment that encourages questions, treats mistakes as learning opportunities, and supports shared technical growth.
  • Support the Lead in monitoring scope changes and communicating field impacts.
  • Maintain and promote a safety-first culture.
  • Follow Lock Out/Tag Out procedures and switching boundaries.
  • Use Human Performance Improvement tools to minimize operational risk.
  • Verify live-dead-live conditions and establish safe isolation boundaries.
  • Lead daily safety discussions, job hazard analysis reviews, and pre-job briefs.
  • Maintain compliance with OSHA, NERC Critical Infrastructure Protection, utility requirements, and internal standards.
  • Support investigations and mitigation of operational or safety events when required.
  • Perform additional tasks as needed to support organizational goals and changing business needs.

Desired Qualifications

  • Experience commissioning substations from 12.5 kV through 765 kV.
  • Experience with SEL, GE, ABB, Siemens, Westinghouse, or equivalent relay platforms.
  • A bachelor's degree in Electrical Engineering or Electrical Technology, or an associate degree in Electrical Technology or a related field of experience.
  • OSHA 30 certification.
  • Knowledge of the National Electrical Code and OSHA Electrical Safe Work Practices.
  • First Aid/CPR certification.
  • Familiarity with NERC Critical Infrastructure Protection requirements.

About the Company

POWERX

Non-invasive sensors monitor and reduce energy

PowerX develops a home energy management system called the PowerX Energy Suite that uses non-invasive sensors to monitor water, electricity, and gas in real time. PowerX Water attaches to water heaters and main lines to measure flow and detect leaks, while PowerX Electricity clamps onto the circuit box to identify each appliance's energy signature; data go to a central hub and the PowerX Terra AI platform. The AI learns household patterns, provides personalized savings tips, can automate actions like adjusting a water heater, and alerts users to leaks or inefficiencies. The system installs without plumbing or wiring changes and is sold directly to homeowners with a claim of about six months ROI, aiming to lower utility bills and carbon footprint.

Company size
201-500
Company stage
Not listed
Total funding
Not listed
Headquarters
Phoenix, AZ
Founded
2021

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