Structural Engineer I, II, III, Engineering Design Services

General Dynamics - Bath Iron Works•Brunswick, ME

31d

About The Position

In this role as a Structural Engineer, you will be working with the BIW Design Services team providing engineering support operating under the BIW Business Operating System (BOS). This group provides structural engineering support for the DDG 51 class under the Lead Yard Services (LYS) contract and the preliminary, conceptual, and detailed design support for future ship classes of the U.S. Navy.

Requirements

BS Degree in Mechanical or Civil Engineering with structural focus.
Ability to obtain a DoD SECRET clearance required.
Must be a US Citizen for consideration.
Must be able to obtain an interim security clearance within the first 45 days of hire.
Working knowledge of Microsoft Office Applications
Excellent organizational, written/verbal communication, and presentation skills required.

Nice To Haves

MS Degree in Mechanical or Civil Engineering with structural focus.
Finite Element analysis exposure preferred
Experience with Femap, Nastran, and Hyperworks/Hypermesh a plus

Responsibilities

Champion and enforce BIW safety policies and procedures.
Promote a culture of proactive safety awareness and accountability across the team.
Ensure safe workplace conditions and compliance with government and company safety standards.
Champion BOS principles and productivity enhancements.
Identify and eliminate non-value-added activities; lead implementation of process improvements.
Leverage A3 problem-solving and other structured improvement tools.
Contribute to the Operational Performance Improvement Plan (OPIP).
Perform Structural Analysis of Naval Surface Combatant hull structures utilizing Finite Element Analysis (FEA) methods as well as traditional hand calculation techniques involving the application of Naval shipbuilding standards and requirements.
Perform stress analysis of equipment/foundations using DDAM (Dynamic Design Analysis Method) in accordance with NAVSEA 0908-LP-000-3010 ranging from simple hand calculations to complex Finite Element Analysis. Typical analysis methods include static, modal, nonlinear, and transient.
Perform analysis for predictions of structural vibration and structural acoustics.
Assess structural adequacy of structural penetrations and hangers that support distributed systems to ensure compliance with internal guidance and U.S. Navy requirements.
Support shock and vibration qualification of ship equipment and foundations using analysis methods.
Work closely with other Design Services personnel across multiple disciplines to resolve design problems and produce superior technical solutions.
Participate in or lead technical interchanges on issues with customers such as U. S. Navy (NAVSEA and Supervisor of Shipbuilding), or others as required.