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Career Crunch is seeking an experienced engineer to develop in-house machining capabilities and produce high-precision parts for critical nuclear-related components. You will design tooling and fixtures, analyze drawings for manufacturability, and drive improvements in machining processes and cost efficiency.
The role requires a bachelor’s in engineering and 5+ years in mechanical design/machine shop, with proficiency in CNC programming and GD&T, as well as SolidWorks and MasterCAM.
You will have the opportunity to utilize your knowledge, experience, and creativity to develop novel solutions at the forefront of nuclear technology. You will work on components that serve a critical function in nuclear reactors already in commercial operation, and also currently being designed, built, and tested. You will provide input into the design and development of new products and take a lead role in production and prototype tooling and finish machining.
Develop machining capability in-house and deliver high-quality precision parts to our Quality department
Design and machine production tooling/fixturing and finished part prototypes.
Analyze customer part drawings for DFM to ensure that the parts are optimized for manufacturing
Review quality concerns from piece part inspections and develop solutions
Identify, recommend, procure, and install machine shop equipment as well as ensure all equipment is thoroughly maintained and calibrated
Responsible for cost optimization and cost reduction initiatives associated with machining processes
Develop, evaluate, and improve manufacturing and machining methodologies and techniques
Collaborate with external machine shop facilities to address capacity and scheduling issues as necessary
Bachelor's degree in an engineering discipline
5+ years of mechanical design and machine shop experience
Experience setting up and operating state-of-the art machining equipment
Ceramic machining processes, including wire edm, diamond grinding, and CNC milling
Well versed in standard machine shop manufacturing processes and set ups
Experience operating CNCs, conventional lathe and mill machines, and other machine shop equipment used to manufacture high-precision parts
Demonstrated proficiency in CNC programming
Well versed in GD&T and inspection procedures
Experienced with a variety of precision conventional and advance metrology systems (CMMs, 3D imaging)
Expert in SolidWorks, MasterCAM, and/or similar software programs