Engineer I - Systems

General Dynamics Electric Boat•Groton, CT

About The Position

The D478 Engineers are responsible for supporting a wide variety of electrical systems across the following areas: instrumentation and control, auxiliaries, power distribution, and lighting systems. The D478 engineers are also responsible for development of internal cableways and cable routes for COLUMBIA class submarines, shock motion calculations, and component stress analysis. D478 Engineer’s responsibilities include: computer based modeling, development/review of functional requirements documents, system descriptions, equipment procurement specifications, equipment qualification, drawing development, review of cable routing and support of 3D ship design. Interior communication systems include the design and development of flow meters, guided wave radars, liquid level switches, and control panels used within the various interior communication systems. Interior communication systems include but are not limited to fluids, air, entertainment, hull and ship handling, and diesel generator. Auxiliary systems include the design and development of the motor controllers and control panels used within the various auxiliary systems. Auxiliary systems include but not limited to secondary propulsion system, air conditioning, trim and drain, reverse osmosis, shaft seal, ship service hydraulics, and galley and laundry systems. Columbia and UK cableway development includes verifying 3D model complies with cable loading, shock clearance, human factors and maintenance spacing, hanger stress analysis, cable routing, EMI separation, and facilitating construction. D478 engineers work closely with Design personnel and other engineering disciplines to develop cabling diagrams, wiring tables, schematic wiring diagrams, cable routing sheets, and assembly and detail drawings to support submarine construction. D478 engineers work with electrical technicians and deck plate engineers to troubleshoot and develop resolutions to design build problems that may occur during submarine construction. D478 engineers support the development of logistical technical data to support ship’s crew to operate and maintain the submarine after delivery of the submarine to the Navy.

Requirements

A Bachelor of Science degree in Electrical Engineering or Computer Engineering.
0-4 years post-graduate engineering experience.
Working knowledge in Microsoft Office applications, especially in Excel, Word, Project, PowerPoint and VISIO.
The ability to obtain and maintain a Department of Defense secret clearance.

Nice To Haves

A Master’s degree in Electrical Engineering, Computer Engineering, or Systems Engineering.
Experience in cableway design and review of cable routing, including EMI separation, percent fill, voltage drop, and conduit.
Skills in Microsoft Excel, Project, VISIO, PowerPoint, & Word, SIEMENS Team Center Application, and Stress Analysis.
Skills in subcontractor management including supplier selection, contracting, negotiation, risk management and quality assurance.
Strong interpersonal, organizational, communication, and technical writing skills.
Highly motivated and able to perform independently, as well as interact with other groups and organizations in an engineering environment.

Responsibilities

Supporting a wide variety of electrical systems across instrumentation and control, auxiliaries, power distribution, and lighting systems.
Development of internal cableways and cable routes for COLUMBIA class submarines.
Shock motion calculations.
Component stress analysis.
Computer based modeling.
Development/review of functional requirements documents, system descriptions, equipment procurement specifications, and equipment qualification.
Drawing development.
Review of cable routing.
Support of 3D ship design.
Design and development of interior communication systems (e.g., flow meters, guided wave radars, liquid level switches, control panels).
Design and development of auxiliary systems (e.g., motor controllers, control panels for secondary propulsion, air conditioning, trim and drain, reverse osmosis, shaft seal, ship service hydraulics, galley and laundry systems).
Cableway development including verifying 3D model compliance with cable loading, shock clearance, human factors, maintenance spacing, hanger stress analysis, cable routing, and EMI separation.
Developing cabling diagrams, wiring tables, schematic wiring diagrams, cable routing sheets, and assembly and detail drawings.
Troubleshooting and developing resolutions to design build problems with electrical technicians and deck plate engineers.
Supporting the development of logistical technical data for ship's crew operation and maintenance.