jobapplier

Electrical System Engineer

General Dynamics Electric Boat

Skills

Required

  • Electrical or Mechanical Engineering
  • working and/or interfacing
  • COMMANDS
  • TeamCenter

Preferred

  • electromagnetics
  • welding
  • electrical system/component design
  • cableway
  • hanger stress analysis
  • cableway hanger fatigue analysis
  • arrangement validation
  • cableway development
  • cable routing development

Department 482, Subsea and Seabed Warfare (SSW) HM&E Electrical Systems, consists of a diverse group of engineers that are responsible for developing electrical technology and infrastructure for the VIRGINIA Class SSN 812 PCU Baltimore. Department 482, SSW HM&E Electrical Systems Electrical Cableway Engineering group has openings for a highly motivated engineer. Candidates must be able to lead small groups, work independently and be able to collaborate with other engineering disciplines, vendors, NAVSEA, and the design community.

Responsibilities

  • Lead coordination efforts between system engineering, major area team leaders, program office, design and engineering, and leadership
  • Lead coordination efforts between multi-system engineering groups and arrangements design
  • Perform non-standard cableway hanger stress analysis and cableway hanger fatigue analysis
  • Perform relative movement calculations, concepts, arrangement validation, cableway development, and cable routing development

Support ship arrangement approvals with the government

  • Candidate must be organized and able to manage relationship between ship requirements and arrangement compliance
  • Responsible for cost and schedule performance of assigned tasks

Responsible for managing multiple projects and/or assigned tasks

  • Responsible for developing and presenting task information/status as the design progresses
  • Review and approve drawings ensuring technical compliance to contractual requirements
  • Occasional travel will be required for this position.

Requirements

  • Candidate should have knowledge of Systems Engineering principles and strong organization, communication and interpersonal skills are required.
  • Bachelor of Science degree in Engineering 0-5 years of post-graduate engineering experience
  • Ability to obtain and maintain a Secret security clearance through the Department of Defense Preferred: Bachelor of Science in Electrical or Mechanical Engineering Background in military or marine applications
  • Background and experience working and/or interfacing with the construction yard
  • Experience with fatigue/stress analysis specifically using COMMANDS software.
  • Familiarity with TeamCenter Familiarity with systems engineering principles
  • Department 482 Electrical Systems Engineers are expected to be: Highly motivated and initiative: Taking ownership of work, working independently, ability to multi-task and maintain organization, doing what is needed without being asked, following through Able to perform project management: developing and maintaining project schedules and budgets; strategic planning and results orientation; identify and mitigate project risks
  • building productive relationships with interfacing organizations, approachable and team oriented, positive work environment, ability to pursue new points of contact Able to communicate: Balancing listening and talking, speaking and writing clearly and accurately, influencing others, keeping others informed upwards and outwards.
  • Ability to take detailed notes to preserve knowledge transfer.
  • ability to analyze complex problems, identify root causes, and develop effective solutions Quality/Compliance: Achieving a standard of excellence with our work processes and procedures while having the ability to make engineering judgements.
  • Ability to understand, adhere to, and recall necessary system requirements derived from multiple sources.
  • Physical Qualifications Light Lifting Environmental Attributes Dusty, Inside

Preferred

  • Experience with any of the following preferred: electromagnetics, welding, electrical system/component design