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Remote Electrical Power Engineer Jobs in Seattle, WA

City of Tacoma, WA

Power Systems Engineer

Tacoma, WA · On-site +1

$113K - $159K/yr

Non-Classified Remote Employment: Flexible/Hybrid Job Number: T0130-26A Department: Power Division ... This is an entry-level to mid-level Engineering position that has growth potential into the ...

Carbon Robotics

Electrical Engineer, PCB Design

Seattle, WA · On-site +1

$115K - $135K/yr

The system is powered by Carbon AI's Large Plant Model (LPM), trained on 150 million labeled plants ... remote supervision for real-time interventions if required. Carbon Robotics is based in Seattle ...

Leidos

Lead EPC Substation Project Engineer

Seattle, WA · On-site +1

$112K - $142K/yr

... Power Delivery Solutions division that provides consulting services to both public-owned and ... This role has remote working capabilities, but candidates should be located in the Pacific ...

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All JobsElectrical Power Engineer JobsRemote Electrical Power Engineer JobsRemote Electrical Power Engineer Jobs in Seattle, WA

Remote Electrical Power Engineer information

See Seattle, WA salary details

$57.5K

$126.4K

$191.2K

How much do remote electrical power engineer jobs pay per year?

As of Jul 27, 2026, the average yearly pay for remote electrical power engineer in Seattle, WA is $126,425.00, according to ZipRecruiter salary data. Most workers in this role earn between $94,500.00 and $150,200.00 per year, depending on experience, location, and employer.

What is the difference between Remote Electrical Power Engineer vs Remote Electrical Design Engineer?

AspectRemote Electrical Power EngineerRemote Electrical Design Engineer
CertificationsPE License, IEEE certificationsPE License, IEEE certifications
Work EnvironmentPower plants, substations, energy companiesBuilding systems, infrastructure projects
Industry UsagePower generation, transmission, distributionConstruction, architecture, manufacturing
Job FocusElectrical power systems, grid stabilityElectrical system design, schematics

The main difference is that Remote Electrical Power Engineers focus on power systems, grid stability, and energy infrastructure, while Remote Electrical Design Engineers concentrate on designing electrical systems for buildings and infrastructure. Both roles require similar certifications and often work within the electrical engineering industry, but their project focus and work environments differ.

How does working remotely as an Electrical Power Engineer affect collaboration and project communication?

As a remote Electrical Power Engineer, you will typically use digital collaboration tools like video conferencing, project management software, and shared design platforms to communicate with your team and clients. While you may not be onsite, regular virtual meetings and clear documentation are essential to ensure alignment on project requirements and timelines. Effective communication skills become even more important, as you will often coordinate with multidisciplinary teams across different locations. Adapting to remote workflows can be challenging at first, but many organizations provide robust support systems to help remote engineers stay connected and productive.

What are Remote Electrical Power Engineers?

Remote Electrical Power Engineers are professionals who design, analyze, and oversee electrical power systems, such as those used for energy generation, transmission, and distribution, while working from a remote location. They use advanced software tools to create and evaluate power system models, ensure compliance with safety and industry standards, and troubleshoot technical issues. Their work often involves collaborating with on-site teams, utilities, or clients through digital communication to ensure reliable and efficient delivery of electrical power. This role is ideal for engineers who have strong technical skills and are comfortable working independently in a virtual environment.

What are the key skills and qualifications needed to thrive as a Remote Electrical Power Engineer, and why are they important?

To thrive as a Remote Electrical Power Engineer, you need a strong background in electrical engineering principles, power systems analysis, and typically a relevant degree such as a B.S. in Electrical Engineering. Familiarity with technical tools like AutoCAD, ETAP, and SCADA systems, as well as professional engineering (PE) certification, is often required. Excellent problem-solving, communication, and self-motivation are crucial soft skills for collaborating across locations and managing projects remotely. These skills ensure the reliable design, monitoring, and optimization of power systems while effectively working with distributed teams.
What are the most commonly searched types of Electrical Power Engineer jobs in Seattle, WA? The most popular types of Electrical Power Engineer jobs in Seattle, WA are:
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What job categories do people searching Remote Electrical Power Engineer jobs in Seattle, WA look for? The top searched job categories for Remote Electrical Power Engineer jobs in Seattle, WA are:
What cities near Seattle, WA are hiring for Remote Electrical Power Engineer jobs? Cities near Seattle, WA with the most Remote Electrical Power Engineer job openings:
Remote Electrical Power Engineer jobs near you
Electrical Power SME

Electrical Power SME

Accord Technologies Inc.

Everett, WA • Remote

Full-time

Posted 7 days ago

Job description

Title: Electrical Power SME 
location: Everett , WA - Remote (BUT candidates need to travel as and when required to customer location) 
Position type: Fulltime
Client: Aerospace domain
Visa: GC/ US Citizen.

 
Job Description:

Senior electrical systems domain with deep expertise in aircraft electrical architecture analysis — capable of framing load/power budgeting, architecture trade studies, and integrated correlation with mechanical, thermal, and certification disciplines.

Systems-Level Capabilities

End-to-end electrical architecture framing across power sources, distribution topology, and redundancy strategy

Correlation of electrical demand with mechanical, thermal, and dispatch-reliability outcomes at aircraft level

Worst-case, nominal, and degraded power budget reasoning and architectural consequence analysis

Synthesis of transient behavior, failure-mode analysis, and certification posture into integrated views

Translation of architectural choices into wiring weight, segregation, and Electrical Wiring Interconnection System impact at aircraft scale

Aircraft electrical architecture for FAR/CS 25 transport category aircraft

EWIS architecture, routing, and segregation principles

Analytical

Parametric modeling of generator sizing, load profiles, and architectural alternatives

Sensitivity analysis across nominal vs. degraded operating modes

Quantitative comparison of competing electrical architectures

Integration analysis spanning electrical, thermal, and certification disciplines

Preferred 

Architecture-level trade studies on commercial transport electrical systems

More-Electric Aircraft architecture exposure

Architectural-level reasoning