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Dc Power Engineer Jobs in Washington (NOW HIRING)

This is a hands-on engineering position focused on the design, development, testing, and production ... Design AC/DC and DC/DC power conversion circuits and systems. Develop high-voltage, high-current ...

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National Institute for the Uniform Licensing of Power Engineers, Inc. (NIULPE) First Class Power Engineer License. * Washington DC, Department of Consumer and Regulatory Affairs, Board of Industrial ...

Journeyman Mechanic

Arlington, VA Β· On-site

$80K - $130K/yr

National Institute for the Uniform Licensing of Power Engineers, Inc. (NIULPE) First Class Power Engineer License. * Washington, DC Department of Consumer and Regulatory Affairs, Board of Industrial ...

Senior Data Center Facility Engineer - Day Shift / Night Shift Available (with shift differential ... UPS, Generators, Switchgears, PDUs, CRAC Units, DC Power Systems, CRAH Units, Chillers, Air ...

Power Distribution Engineer

Washington, DC Β· On-site

$103K - $181K/yr

Select and integrate power components (DC/DC converters, LDOs, hot-swap/controllers, power monitors ... Qualifications * BS in Electrical Engineering, or related field. * Experience designing power ...

Basic knowledge of AC/DC power and installation. * Understand and use established safety ... Able to follow established procedures and resolve any site issues i.e.: material and engineering ...

Basic knowledge of AC/DC power and installation. * Understand and use established safety ... Able to follow established procedures and resolve any site issues i.e.: material and engineering ...

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Showing results 1-20

Dc Power Engineer information

See Washington salary details

$118.9K

$141.8K

$163.7K

How much do dc power engineer jobs pay per year?

As of Sep 13, 2026, the average yearly pay for dc power engineer in Washington is $141,774.00, according to ZipRecruiter salary data. Most workers in this role earn between $131,900.00 and $152,900.00 per year, depending on experience, location, and employer.

What is a DC power engineer?

DC Power Engineers are specialized electrical engineers who design, implement, and maintain direct current (DC) power systems. These systems are commonly used in telecommunications, data centers, renewable energy installations, and industrial applications. DC Power Engineers ensure reliable and efficient power distribution, manage backup power solutions like batteries, and oversee the safety and compliance of power infrastructure. Their work is essential for supporting critical systems that require uninterrupted, high-quality power.

What are the key skills and qualifications needed to thrive as a DC power engineer?

To thrive as a DC Power Engineer, a strong foundation in electrical engineering principles, power systems, and relevant academic credentials such as a bachelor’s degree in electrical engineering is essential. Familiarity with industry-standard tools like AutoCAD, power analysis software, and certifications such as IEEE or NETA are commonly required. Excellent problem-solving abilities, attention to detail, and effective communication help DC Power Engineers excel in troubleshooting and collaborating with cross-functional teams. These skills ensure the safe, efficient, and reliable design and maintenance of DC power systems vital for critical infrastructure.

How does a DC power engineer typically collaborate with other teams during large infrastructure projects?

DC Power Engineers often work closely with electrical engineers, project managers, and installation technicians throughout the project lifecycle. They are responsible for designing and specifying DC power systems, reviewing plans with cross-functional teams, and ensuring that installation meets both technical and safety standards. Regular meetings and site visits are common to coordinate activities, troubleshoot issues, and integrate feedback from stakeholders, making strong communication and teamwork skills essential for success in this role.

What is the difference between Dc Power Engineer vs Battery Systems Engineer?

AspectDc Power EngineerBattery Systems Engineer
CertificationsElectrical certifications, PE license often preferredBattery technology certifications, electrical certifications
Work EnvironmentPower plants, data centers, renewable energy sitesBattery manufacturing, energy storage systems, R&D labs
Industry UsagePower distribution, renewable energy, telecomEnergy storage, electric vehicles, portable power

Dc Power Engineers focus on designing, maintaining, and troubleshooting direct current power systems, often in power distribution or renewable energy projects. Battery Systems Engineers specialize in developing and optimizing battery technologies and energy storage solutions. While both roles require electrical expertise and certifications, their work environments and industry applications differ, with Dc Power Engineers more involved in power infrastructure and Battery Systems Engineers in energy storage innovations.

What job categories do people searching Dc Power Engineer jobs in Washington look for?

The top searched job categories for Dc Power Engineer jobs in Washington are:

Infographic showing various Dc Power Engineer job openings in Washington as of September 2026, with employment types broken down into 91% Full Time, and 9% Contract. Highlights an 100% In-person job distribution, with an average salary of $141,774 per year, or $68.2 per hour.

Power Electronics Engineer

Sterling, VA

$120K - $170K/yr

Full-time

Medical, Dental, Vision, Retirement, PTO

Posted yesterday

New


Job description

Job Description About the Role Pinnacle Partners is recruiting for a Senior Power Electronics Engineer in Sterling, VA. This is a hands-on engineering position focused on the design, development, testing, and production of high-voltage and high-current industrial power electronics systems. The ideal candidate will have experience designing power conversion systems, working with three-phase power and switching devices, performing electrical and thermal calculations, and personally bringing up, troubleshooting, and validating high-power prototype hardware.

Key Responsibilities: Design AC/DC and DC/DC power conversion circuits and systems. Develop high-voltage, high-current, and three-phase power systems. Design power circuitry utilizing SCRs, MOSFETs, IGBTs, gate drivers, and related switching components.

Design sensing, isolation, control, and protection circuitry. Develop electrical schematics and provide technical guidance for PCB layout. Select power semiconductor devices and supporting electrical components.

Select capacitors, fuses, contactors, relays, protection devices, and other components required for overall power systems. Perform electrical calculations to properly size and select components. Perform thermal calculations and evaluate thermal performance of high-power designs.

Utilize simulation tools to evaluate power electronics designs before and during prototype development. Design around grounding, isolation, creepage, clearance, and other high-voltage safety requirements. Bring up and personally test prototype hardware.

Troubleshoot and diagnose high-voltage/high-current hardware issues in the laboratory. Validate designs against performance and reliability requirements. Support EMI/EMC testing.

Support UL/IEC and other applicable safety certification activities. Support prototype development through manufacturing and production. Work cross-functionally with controls, embedded, hardware, mechanical, and manufacturing engineering teams.

Take independent ownership of hardware designs from initial concept through prototype testing and production. Move between electrical calculations, simulation, schematic design, component selection, prototype testing, and troubleshooting. Support the development of complex power infrastructure systems used in data centers and other advanced technology environments.

Requirements: Bachelor's degree in Electrical Engineering or a related field. Hands-on power electronics hardware design experience. Experience designing actual high-voltage and high-current power systems.

Strong understanding of power conversion and analog circuit design. Experience with AC/DC and/or DC/DC power conversion. Experience working with three-phase power systems.

Experience designing with power semiconductor and switching devices such as IGBTs, MOSFETs, SCRs, or similar technologies. Understanding of gate driver circuitry. Experience designing sensing, isolation, control, and protection circuitry.

Ability to develop electrical schematics and understand PCB design/layout considerations for high-power electronics. Strong component selection experience. Ability to perform electrical and thermal calculations related to power electronics designs.

Understanding of grounding, isolation, creepage, and clearance requirements. Strong hands-on laboratory, prototype bring-up, troubleshooting, and validation experience. Ability to independently take ownership of a hardware design rather than only supporting portions of another engineer's design.

Ability to explain the voltage and current levels personally designed around. Ability to work effectively in a small, fast-moving, highly hands-on engineering environment. Ability to work onsite in Sterling, VA.

Preferred: 7+ years of power electronics engineering experience for Senior-level candidates. Experience with Altium Designer or a similar professional electronics design platform. Broad experience with power semiconductors including SCRs, IGBTs, MOSFETs, gate drivers, and related switching technologies.

Experience with power electronics circuit simulation tools. EMI/EMC testing experience. UL/IEC safety certification experience.

Experience integrating digital controls into power electronics systems. Industrial power equipment experience. UPS experience.

Power distribution experience. Energy conversion experience. Motor drive experience.

Inverter experience. Data center power experience. Experience with high-voltage/high-current industrial equipment.

Strong system-level power electronics design experience. Experience developing overall electrical architecture rather than simply executing an existing design. Understanding of how power conversion, switching, sensing, control, protection, isolation, and thermal systems interact at the system level.

Experience working with complex high-energy systems such as 600+ VAC three-phase, approximately 800 VDC, or 800+ amp applications. Benefits Overview: $120K-$170K base salary depending on experience. Performance bonus.

Paid time off. 401(k) retirement plan with company match. Comprehensive health insurance.

Dental insurance. Vision insurance. Relocation assistance available for qualified candidates.

Collaborative, high-energy workplace. Opportunity to work on true high-voltage, high-current, three-phase power systems. Hands-on involvement throughout the full development lifecycle from concept and design through prototype testing, validation, certification, manufacturing, and production.

Opportunity to work with AC/DC and DC/DC conversion, IGBTs, MOSFETs, SCRs, gate drivers, sensing, isolation, protection, thermal design, and digital power control. Exposure to complex power infrastructure supporting data centers and advanced technology environments. Opportunity for meaningful technical ownership within a small engineering organization.

Cross-functional exposure to hardware, embedded, digital controls, mechanical, manufacturing, and other engineering disciplines. Explore More Engineering Opportunities This role falls within our Engineering/Manufacturing division, where we specialize in placing professionals in areas such as: Mechanical/Electrical Engineering Manufacturing/Process Engineering Controls Engineering Project Engineering Technical Sales Operations / Plant Engineering Explore additional Engineering roles and learn more about how we support Engineering professionals: Find Jobs or Manufacturing & Engineering Opportunities Not the right fit. We're hiring across multiple divisions including: Human Resources Administrative & Customer Service Information Technology Accounting & Finance #ENG123.