This position is located with Bonneville Power Administration (BPA), in Project Scoping (TEEL), Substation Engineering (TEE), Engineering and Technical Services (TE), Transmission Services (T). Shape the future of clean, reliable power! We are seeking an innovative Electrical Engineer to solve complex grid challenges, deploy state-of-the-art electrical systems, and ensure regional power reliability.
If you are a versatile engineer ready to lead high-impact projects, apply now to join our team!
Power the Future of Clean Energy: Lead Critical Grid Innovation Across the Pacific Northwest At the Bonneville Power Administration (BPA), our mission is vital: we deliver clean, reliable, and carbon-free hydroelectric energy across the Pacific Northwest, driving regional economies and powering millions of lives. As an Electrical Engineer at BPA, you will step directly into the vanguard of this mission.
Operating within our Power or Transmission Services organizations, you won't just maintain existing infrastructure-you will solve complex engineering puzzles, test emerging technologies, and shape the resilience and capacity of one of the nation's most robust high-voltage energy networks. If you are driven to make a tangible, lasting impact on the future of energy, explore the six key responsibilities where your expertise will make a difference: 1.
Designing Next-Generation High-Voltage Power Systems Design, evaluate, and implement state-of-the-art electrical systems and high-voltage substation equipment built to exacting standards. You will develop innovative electrical layouts, resolve intricate mechanical and electrical design trade-offs, and engineer custom solutions for high-demand, high-capacity energy distribution networks where conventional playbooks don't apply. 2.
Pioneering & Testing Breakthrough Energy Technologies Collaborate directly with leading industry equipment manufacturers, research labs, and technical specialists to evaluate and field-test experimental technologies. You will assess first-of-their-kind hardware, define technical specifications, and lead testing and energization efforts to safely integrate game-changing innovations into the commercial power grid. 3.
Conducting Advanced Regional Grid Simulations & Stability Modeling Leverage advanced computational modeling tools to digitally simulate power flow, voltage stability, and transient dynamics across the interconnected regional grid. Your analytical findings and operational models will establish real-time operating limits, prevent outages, and ensure continuous electrical reliability during severe weather and unexpected system disruptions. 4.
Directing Strategic Transmission Expansion & Modernization Studies Plan and steer comprehensive technical feasibility studies to modernize high-voltage transmission corridors. You will evaluate alternative grid configurations, eliminate performance bottlenecks, and chart engineering roadmaps that expand transmission capacity to integrate new generation sources. 5.
Engineering Mission-Critical, 24/7 Grid Control & Automation Systems Design, optimize, and protect the high-availability hardware and software systems that empower operators to monitor and dispatch regional power around the clock. You will safeguard real-time data acquisition and energy management platforms, implementing robust cybersecurity defenses, network hardening, and automated control tools to defend critical infrastructure against modern threats. 6.
Leading High-Impact Projects & Mentoring Technical Teams Serve as a project leader and technical authority, guiding multifaceted engineering initiatives from concept through procurement, budgeting, and field commissioning. You will establish technical standards, coordinate multidisciplinary engineering groups and external contractors, and mentor rising engineers to build organizational technical excellence.
Who We Are Looking For: A forward-thinking electrical engineer who thrives on technical autonomy, complex problem-solving, and cross-functional leadership. Whether you are modernizing high-voltage equipment, simulating grid dynamics, or architecting resilient automated systems, your work will ensure millions of homes and businesses have dependable power every single day.
This vacancy has a positive education requirement. Education must be obtained from an accredited institution recognized by the U.S. Department of Education. See Department of Education Accreditation Search to verify school accreditation. Foreign education must be reviewed by an organization recognized by the U.S. Department of Education.
For special instructions pertaining to foreign education and a list of organizations that can evaluate foreign education, see the Department of Education website.DO NOT email or mail in any of your application documents. Documents will not be accepted outside of the online application system. In order to be rated as qualified, you must provide copies of your college transcripts. Failure to provide copies of your college transcripts may result in a rating of "Ineligible".
manobles@bpa.gov · 503-230-4634
This position is with Bonneville Power Administration, Department of Energy.
The posted pay range is $87887 – $125478/yr.
Applications close on 2026-10-17.
There are 4 openings for this position.
This position is open under the 'Fed Transition' hiring path.
Source: USAJOBS.gov — U.S. Federal Government
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