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Ocean Atomics

Standardized nuclear electric plants for ships

Nuclear Electrical Design Engineer

Power Systems EngineeringConfirmed live in the last 24 hours
Full-timeBethesda, MD, USA$150k - $240k /yrHybrid

About the Job

Requirements

  • A bachelor's degree in Electrical Engineering, Electrical Engineering Technology, or a closely related discipline.
  • At least 10 years of electrical power system design experience on nuclear, marine, utility, or other code-governed power systems, including at least 5 years on nuclear systems.
  • Demonstrated working knowledge of safety-related Class 1E electrical design requirements, including redundancy, divisional independence, the single-failure criterion, and separation.
  • Strong proficiency with power system analysis software such as ETAP, SKM, or EasyPower, including load flow, short-circuit, protective device coordination, and motor-starting analysis.
  • Direct experience producing design reports, calculation packages, or equivalent code-compliant analyses reviewed by a third party or regulator.
  • Experience sizing and specifying direct-current systems and uninterruptible power, including station batteries, chargers, inverters, and vital alternating-current and direct-current distribution.
  • Working knowledge of cable and raceway design, including ampacity and derating, voltage drop, raceway fill, separation and segregation, and penetration treatment.
  • Working knowledge of equipment qualification principles for environmental, seismic and shock, and vibration conditions, and how qualification evidence is assembled and defended.

Responsibilities

  • Develop the electrical power system design for the nuclear plant from functional requirements through detailed one-line diagrams, schematics, elementary and connection diagrams, cable schedules, and equipment specifications.
  • Establish and document the design basis for each system and load, including voltage and frequency, load classification, safety class and division assignment, design life, duty cycle, and applicable codes and standards.
  • Design safety-related and non-safety-related distribution systems, including switchgear, load centers, motor control centers, vital alternating-current and direct-current systems, batteries, chargers, inverters, and their protection.
  • Specify power supplies to reactor plant loads, including control rod drive mechanisms, coolant pumps, motor-operated valves, heat tracing, and instrumentation and control power; define isolation between safety-related and non-safety-related circuits.
  • Perform protective device coordination and selectivity, and specify protection and control schemes consistent with plant safety and availability requirements.
  • Produce design specifications, design reports, and supporting calculation packages for suppliers and the certifying authority.
  • Lead design reviews at concept, preliminary, critical, and final design stages; drive resolution of action items and design changes through formal configuration control.
  • Define the boundary and interface between the nuclear plant electrical system and the vessel's generation and distribution, including which loads are served from each source under operating and casualty conditions.
  • Define equipment arrangement, mounting, and access requirements within constraints of the vessel hull, deck structure, and surrounding plant systems.
  • Design equipment mounts, restraints, and cable support to transfer loads into the ship's primary structure without compromising equipment or hull.
  • Route cable and define penetration treatment across watertight, fire, and shielding boundaries while preserving divisional separation and boundary integrity.
  • Coordinate with naval architecture and structural engineering on deck accelerations at equipment locations, weight and center-of-gravity impact, and the load path from equipment to hull.
  • Resolve interface issues with adjacent disciplines, including mechanical, piping, instrumentation and control, heating, ventilation and air conditioning, shielding, and maintenance access.
  • Support outfitting sequence planning so equipment can be installed, terminated, tested, and commissioned within the shipyard build strategy.

Desired Qualifications

  • A master's degree in Electrical Engineering or a related discipline.
  • Professional Engineer license.
  • Experience applying the IEEE nuclear standards set and corresponding Nuclear Regulatory Commission Regulatory Guides.
  • Experience with an environmental qualification program under 10 CFR 50.49, including qualified life determination and maintenance of the environmental qualification file.
  • Experience supporting a regulatory licensing submittal or a classification society design appraisal.
  • Experience with classification society electrical rules, including ABS, DNV, and Lloyd's Register, and IEC 60092 shipboard electrical installation requirements.
  • Experience in shipbuilding, offshore, or naval applications, including main and emergency switchboard design, generator paralleling, power management systems, blackout recovery and dead-ship start, and shore power connection.
  • Experience with medium-voltage distribution, integrated electric propulsion, variable frequency drives, and harmonic analysis and mitigation.
  • Experience with loss-of-offsite-power and station blackout coping analysis, emergency generator sizing and loading, and load shedding and sequencing schemes.
  • Experience with grounding and ground-fault detection philosophy for both solidly grounded and isolated distribution systems.
  • Experience with arc flash and incident energy analysis and electrical safety program requirements.
  • Familiarity with NQA-1 quality assurance program requirements.

About the Company

Ocean Atomics

Standardized nuclear electric plants for ships

Ocean Atomics designs, licenses, and assembles standardized nuclear electric power plants for ships, built to proprietary nuclear-ready vessel standards and managed through end-to-end lifecycle sustainment. A standardized nuclear plant is integrated into various vessel types operating on a water-cooled reactor, with licensed operators developed or trained by Ocean Atomics. The company differentiates itself by using a repeatable, scalable design to simplify shipyard fabrication and reduce assembly risk, while providing design, licensing, installation, operation, and maintenance under one umbrella. Its goal is to decarbonize global shipping by offering a practical, scalable civil maritime nuclear propulsion ecosystem.

Company size
11-50
Company stage
Not listed
Total funding
Not listed
Headquarters
Bethesda, MD
Founded
2025

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