SSNX Propulsion Plant Electrical Systems Engineering

The next generation fast attack submarine (SSNX) engineering team is in need of Propulsion Plant Electrical Systems Engineers. The SSNX Power Distribution Group has openings for highly motivated engineers to support the development of a new electric plant design for the next class of submarines. The group is in the process of developing a new cost-effective, power dense, electric plant architecture that utilizes the latest developments in solid state power electronics for power conversion, system protection and coordination. The immediate focus is the evaluation of different propulsion systems and a recommendation to Naval Reactors (NR) in 2023 identifying the best propulsion plant (electric drive, hybrid drive, or mechanical drive) based on cost, size, and technical superiority.

Responsibilities include electric plant component evaluations such as a state-of-the-art protection system and power conversion equipment to be incorporated into the distribution system. Other responsibilities include development of medium voltage/medium frequency distribution system to support new electric drive concepts. Development of the new architecture will include tasks such as performing modeling and analysis (fault, power systems, stability, protection, etc.) of both systems and components, developing documents such as functional requirements, interface and component specifications, electric plant architecture recommendations, and vendor workscopes.

Education/ Experience

Requirements:

0-4 Years of engineering experience
• Bachelor of Science degree in Electrical or Mechanical Engineering, Mathematics, Nuclear Engineering or computer science is required.
• A self-starter with the ability to work within a team environment
• Proficiency with MS Offices products: Word, Excel, Project, OneNote, PowerPoint
• Candidate must be from organizations outside of operations (Gildart/Gabriel)

Preferred:

• Masters in Engineering
• Experience with MATLAB tools is desired
• Previous experience in development of electric plant systems and components, particularly power electronics, is highly desired
• Knowledge of rotating machines (e.g. turbine generators) is a plus

• Must be highly motivated, work independently, and be willing to interact with other engineering disciplines and the design and operations communities.
• Possess above average written and oral communication skills.
• Be capable of establishing and cultivating relationships with customers and suppliers.
• Ability to adapt to emergent tasks and drive them to completion
• Have a willingness to "do what is takes" attitude to meet a demanding schedule including working nights and weekends to provide first-time quality products on time.