• Lead electrical engineering efforts for multiple active projects through planning, design, construction documentation, bidding, and construction administration phases. • Coordinate electrical systems design with architects, engineers, consultants, contractors, and client stakeholders to achieve integrated project solutions. • Serve as the primary technical liaison for clients regarding electrical infrastructure, power distribution, resiliency, and project objectives. • Perform technical reviews of electrical engineering designs, calculations, drawings, specifications, and submittals to ensure quality, constructability, maintainability, and code compliance. • Support project planning, budgeting, scheduling, resource allocation, and quality management activities. • Conduct field observations, jobsite visits, and construction meetings to verify installation quality and support issue resolution. • Mentor engineering staff and contribute to technical development, quality improvement, and knowledge-sharing initiatives. • Support the implementation and verification of cyber-informed design principles and operational technology security requirements for critical infrastructure projects. • Apply and interpret NIST SP 800-82 guidance and industry best practices when evaluating operational technology systems supporting electrical and MEP infrastructure. • Coordinate with clients, facility operators, technology consultants, and engineering teams to identify and mitigate risks associated with connected building systems and operational technology networks. • Lead workshops and technical discussions related to facility resiliency, operational continuity, and cyber-informed design strategies. • Track and document compliance status, risk assessments, and recommendations through project reports and owner updates.

Role Description The Electrical Lead commands the high-voltage distribution, power management, and grid-synchronization architectures of Ocean Atomics’ floating energy platforms, driving the electrical power systems engineering discipline required to secure class and regulatory approvals for our fleet. This role owns the vital energy pathways that link our platforms to advanced reactor outputs and onshore utility grids. You will own the main generation busses, substations, and electrical safety networks from initial concept through operational deployment. Your primary directive is to enforce rigid interface boundaries to ensure our conventional platforms are natively pre-engineered for post-delivery nuclear integration. By delivering survivable, highly reproducible, and modular power infrastructure, you establish the electrical backbone of our vessels, completely eliminating electrical integration and transmission risk across the entire fleet lifecycle. Primary Responsibilities - Command High-Voltage and Grid Architecture: Lead the engineering, configuration, and optimization of the platform’s high-voltage distribution networks, power management systems, and grid-synchronization architectures. - Own Generation Busses and Substations: Architect and manage the design of main generation busses, onboard substations, transformers, and electrical safety networks from initial layout through deployment. - Enforce Rigid Electrical Interface Boundaries: Establish and safeguard strict electrical interface boundaries to ensure conventional power management systems natively accept advanced reactor outputs post-fabrication. - Secure Energy Transmission Pathways: Design and validate the critical marine-to-shore electrical links, ensuring safe, stable, and efficient power transmission to onshore utility grids. - Deliver Modular and Survivable Infrastructure: Build highly resilient, reproducible, and modular power plant configurations that minimize shipyard fabrication complexity and enhance asset survivability. - Support Class and Regulatory Approvals: Generate the electrical single-line diagrams, load analyses, short-circuit calculations, and technical data packages required to clear ABS classification society gates and USCG flag state reviews. Qualifications - Education: Bachelor’s or advanced degree in Electrical Engineering, Marine Engineering, or a strictly related power systems engineering discipline. - Experience: 8+ years of experience specializing in marine electrical systems, high-voltage offshore distribution, utility grid integration, or large-scale marine energy networks. - Technical Mastery: Deep proficiency in high-voltage power generation engineering, switchgear specification, protective relay coordination, and grid-synchronization methodologies, coupled with an authoritative understanding of classification society electrical rules (e.g., ABS, DNV) and marine codes (IEEE 45). - Leadership Posture: A highly disciplined, technically rigorous engineer who possesses total command over electrical systems physics, executes complex power-management trade-offs under tight structural constraints, and drives progress across fast-paced design loops. Why this matters Every industry on Earth needs scalable, clean energy, and the ocean is the ideal place to unlock it. Joining Ocean Atomics means building real, lasting infrastructure — the kind that powers generations. The world needs abundant energy. Let's make it happen. Company Description Ocean Atomics LLC is an equal opportunity employer. We are committed to a workplace free of discrimination and do not discriminate on the basis of race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, genetic information, veteran status, or any other characteristic protected by applicable law. We are committed to providing reasonable accommodations; if you need an accommodation during the application process, contact info@oceanatomics.com.

Role Description We are seeking a hands-on Lead Electrical Engineer to own the electrical design, integration, and commissioning of complex power systems for industrial energy projects. This role will be responsible for: - HV/MV/LV power architecture - Utility interconnection - Protection and coordination - Grounding - Control cabinet design - Field commissioning support The ideal candidate brings strong experience in: - Power distribution - Grid-connected systems - Utility coordination - NEC/FC1/UL/CE compliance - Arc-flash analysis - Practical execution from concept through commissioning - Experience with hydrogen, electrolysis, fuel cells, data centers, temporary microgrids, modular substations, or industrial power systems is highly desirable Qualifications - Bachelor’s degree in Electrical Engineering or related field - 10+ years of electrical engineering experience in industrial power systems, utility interconnection, power distribution, controls, or commissioning - Strong working knowledge of NEC, IEEE standards, UL 508A, grounding, bonding, electrical clearances, and electrical safety practices - Experience with MV/LV power distribution, transformers, switchgear, relays, protection coordination, and arc-flash studies - Experience developing electrical design packages, including SLDs, layouts, schematics, BOMs, and commissioning documentation - Ability to interface effectively with utilities, EPCs, vendors, customers, and internal engineering teams - Hands-on commissioning, troubleshooting, or field execution experience - Strong communication skills and ability to drive technical alignment across cross-functional teams Requirements - Lead electrical architecture for industrial power systems, including HV/MV/LV distribution, transformers, switchgear, auxiliary power, UPS systems, and grounding - Own utility interconnection requirements, including interface with utilities, EPCs, vendors, and internal engineering teams - Develop and review single-line diagrams, three-line diagrams, grounding plans, panel layouts, electrical room layouts, BOMs, cable schedules, and electrical design packages - Perform or lead protection and coordination studies, relay settings, arc-flash analysis, and arc-energy-reduction strategies - Ensure designs comply with applicable NEC, IEEE, NESC, UL 508A, NFPA, and site-specific electrical standards - Support DC power system design, including rectifiers, DC distribution, insulation monitoring, grounding/earthing strategy, fault limitation, and overvoltage protection - Lead UL 508A control cabinet design, review, and manufacturing support - Translate high-level system requirements into buildable electrical packages suitable for procurement, fabrication, installation, and commissioning - Support RFQs, bid leveling, vendor selection, technical reviews, FAT, SAT, energization, LOTO planning, and startup procedures - Coordinate with mechanical, controls, process, software, and field service teams to ensure integrated system performance - Provide field support during installation, commissioning, troubleshooting, and customer acceptance - Develop internal electrical standards, design guides, templates, and best practices to improve repeatability and reduce design cycle time - Mentor junior engineers and support technical development across the electrical engineering team Benefits - Competitive compensation package - Comprehensive benefits including medical, dental, vision - Company-paid life/disability insurance - 401(k) plan - Employee stock purchase plan - Generous paid leave Company Description FuelCell Energy is a global leader in decarbonizing power and producing hydrogen through our proprietary fuel cell technology. Our mission is to enable a world powered by clean energy. As an innovator and manufacturer of fuel cell clean power platforms, FuelCell Energy has the only technology in the world capable of capturing carbon from an external source and producing power at the same time. In addition, we offer the only technology in the world capable of producing hydrogen, power and water simultaneously.

• Perform technical analysis related to power electronic and power systems control of renewable generation, battery energy storage systems, large industrial drives , and FACTS. • Support customers with power systems engineering expertise; including modeling, analysis, equipment design and specification, and failure mode analys i s. • Create, modify , and parametrize simulation models representing GE Vernova inverter-based resources (IBR) products like wind turbines, solar and battery storage. • Evaluate grid code compliance and impact of renewable projects in bulk power systems. • Support development of transmission and distribution connected IBR and distributed energy resource (DER) products for evolving codes and standards through participation in industry standards groups. • Perform power system transient studies, and detailed equipment modeling using appropriate software tools. • Develop technical understanding of electrical characteristics of GEV’s power electronic generation and transmission products and their integration to electrical grids. • Effectively communicate results to both internal and external customers by preparing detailed written reports or presentations describing analyses performed, solutions developed, and customer value propositions. • Enhance industry knowledge and present technical content in regional forums and conferences; serve as a thought leader in industry activities. • Actively participate in a working environment where teamwork, quality, customer service and innovation are prized.