CAD Designer

Associate degree in engineering or a related discipline and ~3 to 5 years of recent design experience or a bachelor’s degree in mechanical engineering or a related discipline with recent design experience.
Demonstrated proficiency using AutoCAD (Plant 3D toolset desired) and/or Revit
SolidWorks experience is a plus
Familiarity with Drafting and Design Standards.
Detail oriented with the ability to provide design recommendations to other designers and engineers.
Experience with the design of systems from the ground up, including responsibility for basic design considerations.
Relevant experience may be substituted for degree requirements depending on the candidate.

CAD Designer will create and/or modify 3D Models including: components, process skids, facility plans (mechanical, fire protection, plumbing, electrical, etc.), and general details from a variety of vendors and CAD/BIM software.
CAD Designer will use AutoCAD Plant 3D to Create and/or modifying Process Flow Diagram’s (PFD), Piping & Instrumentation Diagram’s (P&ID) and Plant and System piping.
Create and/or modify 3D models and associated detailed 2D drawings for structural and architectural design using Revit.
CAD Designer will complete the drafting of complex piping drawings given basic information such as P&ID’s, General Arrangements (GA), piping specifications, equipment arrangement drawings, etc.
Modifying 3D models (tanks, vessels, and equipment including piping) with the use of AutoCAD Plant 3D and/or Revit.
Detailed mechanical drawings using AutoCAD Plant 3D and/or Revit.
Walk down of plant systems and use AutoCAD Plant 3D or Revit to document the As-Built conditions as required.
Actively work across the engineering organization to identify and resolve design conflicts and update the integrated model accordingly.
Designing systems to ensure the safe, efficient, and effective operation of the facility, equipment, and controls required for the production and processing of medical isotopes and fissile solutions.