John Galt Staffing
Sr. Technical Recruiter at John Galt Staffing
CNC Programmer/Engineer
Temp-Perm
Base pay range $40.00/hr - $60.00/hr
Manufacturing & Machining Expertise
CNC Machining Proficiency: Demonstrate or develop proficiency in CNC Machining, including the ability to read and understand raw G‑Code (recognizing that core commands like G0 X1.0 are standard across many machine dialects).
CAM Software: Utilize a CNC programming/CAM software package such as Fusion, Mastercam, or Inventor CAM.
Manual Machining: Be comfortable with and willing to perform manual machining tasks for prototyping and set‑up, including operating a manual Lathe and a DRO (Direct Read Out) Milling Machine, as well as working with jigs to create parts.
Manufacturing Oversight: Oversee the entire manufacturing process to ensure products are built strictly according to design specifications.
Process Improvement: Develop and implement improvements in machining, welding, assembly, testing, inventory control, and material handling.
Quality, Documentation, and Collaboration
Technical Drawings: Possess the ability to write and read GD&T (Geometric Dimensioning and Tolerancing) engineering drawings.
QA/QC: Perform QA/QC reviews of materials and operations to maintain high standards of quality.
Routings: Create and maintain routings for fabrication and assembly processes.
Documentation: Familiarity with PLM (Product Lifecycle Management) and document control systems.
Cross‑Functional Work: Must be hands‑on and willing to cross discipline boundaries to solve problems.
Trades Collaboration: Experience working closely with assemblers, machinists, and other tradesmen.
Design & Prototyping
3D CAD Design: Use 3D CAD software (Inventor preferred) to design components, produce detailed engineering drawings, and build complex assemblies.
Prototyping: Build and assemble physical prototypes from initial concept to functional unit.
Testing and Analysis: Conduct experiments, thoroughly analyze test results, and troubleshoot any mechanical or system problems that arise.
Design for Manufacturing: Enjoy the gritty details of part design, material selection, and manufacturing techniques to ensure designs are optimized for production.
Required Skills & Experience
Experience or familiarity with a variety of manufacturing techniques, including injection molding, sheet metal fabrication, structural adhesives, and small/large weldments (Aluminum and steel).
Must be a hands‑on individual with the ability to build and assemble physical prototypes.
Experience or knowledge of vibration isolation (e.g., having worked with or around air tables or optical tables) highly preferred.
Seniority level: Not Applicable
Employment type: Contract
Job function: Engineering and Manufacturing
Industries: Manufacturing
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Temp-Perm
Base pay range $40.00/hr - $60.00/hr
Manufacturing & Machining Expertise
CNC Machining Proficiency: Demonstrate or develop proficiency in CNC Machining, including the ability to read and understand raw G‑Code (recognizing that core commands like G0 X1.0 are standard across many machine dialects).
CAM Software: Utilize a CNC programming/CAM software package such as Fusion, Mastercam, or Inventor CAM.
Manual Machining: Be comfortable with and willing to perform manual machining tasks for prototyping and set‑up, including operating a manual Lathe and a DRO (Direct Read Out) Milling Machine, as well as working with jigs to create parts.
Manufacturing Oversight: Oversee the entire manufacturing process to ensure products are built strictly according to design specifications.
Process Improvement: Develop and implement improvements in machining, welding, assembly, testing, inventory control, and material handling.
Quality, Documentation, and Collaboration
Technical Drawings: Possess the ability to write and read GD&T (Geometric Dimensioning and Tolerancing) engineering drawings.
QA/QC: Perform QA/QC reviews of materials and operations to maintain high standards of quality.
Routings: Create and maintain routings for fabrication and assembly processes.
Documentation: Familiarity with PLM (Product Lifecycle Management) and document control systems.
Cross‑Functional Work: Must be hands‑on and willing to cross discipline boundaries to solve problems.
Trades Collaboration: Experience working closely with assemblers, machinists, and other tradesmen.
Design & Prototyping
3D CAD Design: Use 3D CAD software (Inventor preferred) to design components, produce detailed engineering drawings, and build complex assemblies.
Prototyping: Build and assemble physical prototypes from initial concept to functional unit.
Testing and Analysis: Conduct experiments, thoroughly analyze test results, and troubleshoot any mechanical or system problems that arise.
Design for Manufacturing: Enjoy the gritty details of part design, material selection, and manufacturing techniques to ensure designs are optimized for production.
Required Skills & Experience
Experience or familiarity with a variety of manufacturing techniques, including injection molding, sheet metal fabrication, structural adhesives, and small/large weldments (Aluminum and steel).
Must be a hands‑on individual with the ability to build and assemble physical prototypes.
Experience or knowledge of vibration isolation (e.g., having worked with or around air tables or optical tables) highly preferred.
Seniority level: Not Applicable
Employment type: Contract
Job function: Engineering and Manufacturing
Industries: Manufacturing
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