Superblock Electrical Engineer

We have an opening for a Superblock Electrical Engineer to play a key role in advancing next‑generation weapons technologies in direct support of the nation's strategic deterrent. In this position, you will help mature critical technologies driving the design, installation, and integration of advanced electrical and pulsed power systems within nuclear facilities, with a focus on ensuring safe, reliable, maintainable, and code‑compliant operation throughout the facility lifecycle.

You will join our Superblock Capabilities team working on complex, mission‑critical projects at the intersection of facility engineering and nuclear weapons program needs. Your work will emphasize the design and integration of power conditioning equipment, pulse power systems and modulators, high‑voltage and high‑power electronics, switching power supplies, and associated specialized instrumentation, control, and transmission line systems. You will also support systems and applications involving electron beam generation, emission current and vapor rate control feedback, beam transport, vacuum heaters, and high‑voltage ion attraction.

This role includes developing design packages, engineering calculations, and technical documentation to support the design, construction, startup, commissioning, acceptance testing, turnover to operations, and long‑term sustainment of complex electrical systems in nuclear facilities.

You will have the opportunity to contribute throughout the project lifecycle, from requirements development and conceptual design through detailed engineering, installation, testing, commissioning, and operational support, seeing your engineering solutions implemented in complex, mission‑critical nuclear facility environments. This position is in the Defense Technologies Engineering Division (DTED) within the Engineering Directorate.

• Develop electrical design packages, including one‑line diagrams, panel schedules, wiring diagrams, conduit and raceway layouts, equipment layouts, and construction specifications for power conditioning, pulsed power, high‑voltage, and high‑power electronic systems.
• Work with program and facility stakeholders to define requirements, identify equipment power needs, and translate them into conceptual and detailed electrical designs.
• Perform engineering analyses and calculations, including load studies, voltage drop, short‑circuit, protective device coordination, grounding, and insulation coordination.
• Support the design and integration of specialized systems for electron beam applications, beam transport, vacuum heater power, and high‑voltage ion attraction systems.
• Coordinate with the Authority Having Jurisdiction (AHJ) and facility engineering staff to ensure compliance with Laboratory requirements, National Electrical Code (NEC), and other applicable codes and standards.
• Support detailed design activities, including drawings, specifications, bills of material, and engineering documentation, while coordinating with fabrication, procurement, and installation teams.
• Review vendor and fabrication submittals, including data sheets, manufacturer documentation, factory acceptance test (FAT) documentation, and technical calculations, for compliance with project requirements.
• Participate in field walkdowns, construction, installation, testing, startup, and commissioning to verify systems are installed and integrated correctly.
• Provide engineering support for commissioning and programmatic testing by ensuring required power, instrumentation, communication, and feedback interfaces are in place.
• Support electrical engineering efforts across planning, design, procurement, construction, testing, commissioning, turnover, and operational support.
• Perform other duties as assigned.

• Ability to secure and maintain a U.S. DOE Q‑level security clearance, which requires U.S. citizenship.
• Bachelor's degree in Electrical Engineering or a closely related technical field, or equivalent combination of education and/or experience.
• Minimum of 2 years of electrical engineering experience in a commercial, industrial, laboratory, or similar environment.
• Working knowledge of electrical drawings, including one-line diagrams, panel schedules, elementary diagrams, wiring diagrams, and equipment connection details.
• Familiarity with NEC principles and their application to electrical design and equipment integration.
• Experience supporting electrical testing activities such as checkout, s