Mechanical Design Engineer (NWS 00948)

North Wind Group•Livermore, CA

2d•$45 - $75•Onsite

About The Position

North Wind Services (NWS) is seeking qualified Mechanical Design Engineers to join their supplemental labor team at Lawrence Livermore National Laboratory (LLNL) in Livermore, CA. This role supports the National Ignition Facility and Photon Science (NIF&PS)/Light Matter and Fusion (LMF) Directorate. The position requires a passion for mechanical engineering, the ability to think innovatively, and skills to forecast needed changes for continued excellence. Successful candidates will demonstrate high ability in past engineering projects, from conception to completion of large-scale or complex projects. NIF is a state-of-the-art facility requiring fast-paced, highly skilled employees. The role involves contributing to future design and engineering efforts on sophisticated mechanical, electrical, electro-mechanical, laser, and optical systems. The Mechanical Design Engineer will be responsible for developing novel designs, creating exacting specifications, establishing installation and commissioning processes, interacting with vendors, and integrating hardware into complex systems. The successful candidate will work within the NIF and Photon Science Engineering Design group, requiring flexibility to move within design groups and assist various NIF departments as needed. This position offers an opportunity to be part of an elite team advancing laser and advanced science and physics. Overtime may be required, and successful candidates must pass on-site training modules. A presentation demonstrating essential duties and skills is required at the time of the interview.

Requirements

AS degree, or equivalent, with applicable experience in the mechanical engineering field.
Working knowledge of developing design concepts with a broad background in its various sub-disciplines – mechanical, optical, and electrical.
Experience within the scope of conception, design, fabrication and materials, prototyping projects from start to finish.
Must have the ability and attitude to develop a project from start to finish (should be able to provide examples from past jobs).
Demonstrated ability to produce and analyze tolerance stack-ups.
Extensive working knowledge of parametric solid modeling.
Experience creating fabrication drawings that utilize Geometric Dimensioning & Tolerancing (ASME Y14.5).
Experience creating assembly drawings that show assembly and design intent.
Experience working as a member of a project team with engineers, scientists, designers, technicians, and coordinators.
Ability to present concepts and ideas in a clear and coherent manner both verbally and written to peers and managers in presentation form and report form, to small and large groups as needed and required.
Ability to independently solve problems and achieve results on schedule.
Skills in Microsoft software such as Word, Excel, PowerPoint, etc.
Must be at least 18 years of age.
Must be a US citizen.
Must be able to meet pre-employment requirements consisting of a physical, drug screen and background investigation under clearance requirements from the Department of Energy.

Nice To Haves

Applied experience with the Creo Parametric / Creo Simulate.
Applied experience with PTC Windchill PDM system creating Eng. Change Requests (ECRs) and Eng. Change Notices (ECNs).
Experience in reviewing and verifying the accuracy of work performed by peers and other engineering disciplines, as needed.
Perform structural and/or thermal analyses to prove technical basis of proposed design to define materials, calculations for stress and strain, and the materials required.

Responsibilities

Perform development, concept, and completion of detailed designs of hardware for laser, optics, mechanical and diagnostic applications.
Apply advanced knowledge of 3D CAD modeling of design concepts using PTC Creo Parametric.
Develop assembly and detailed fabrication specification drawings and documentation for all designs.
Perform interference and tolerance stack-up analyses to validate form, fit, function and cost optimization of each design.
Apply basic stress/strain analyses to substantiate sizing and material decisions of all components.