We are looking for a motivated individual who wants to join our team. You should possess a trained eye for detail, be reliable and committed. In depth knowledge and excellent comprehension of quality standards are also required. We will train the ideal candidate on Polyworks.
Plan, promote, and participate in activities to support safety and quality.
Participate as a Trainer when needed.
Develop and maintain CMM work instructions.
Perform part layouts/inspections using precision measuring instruments including: micrometers, calipers, height gage, pin gages, gage blocks, comparator, bore gages, thread gages, and spectrophotometer, etc.
Support the Quality Engineers in meeting part submission requirements and/or validation
Provide documented reports and explanation of inspection results.
Performs capability studies as required by internal or external customers.
Develop and maintain the gage control systems.
Develop and maintain work instructions on proper use of inspection fixtures/gages.
Train others to run existing inspection programs on the CMM.
Participate in corrective action investigations and resulting action items.
Make recommendations for overall improvement of the gage control systems and layout processes.
Maintain knowledge of current industry inspection technology and techniques. Introduce these into the facility as appropriate.
Other duties as assigned by the Quality Manager.
3+ years experience as a CMM programmer in an automotive manufacturing environment
Minimum of an Associate's degree or equivalent in Engineering or Quality from a college/university or technical school. B.S preferred.
Must have outstanding analytical skills.
Must be proficient in written and verbal communication.
Knowledgeable and experienced in various problem-solving methods, including: 8D, 5-WHY, 5P, etc.
Proven ability to use various precision measuring instruments, including micrometers, calipers, height gage, gage blocks gage pins, etc.
Proficient in writing, editing and running CMM programs for complex parts and components. Must be able to program from electronic drawing files or "reverse engineer" a program from a part alone.
Proficient in the ability to measure parts on a fixed gage or in the free-state
Proficient in reading mechanical drawings
Thorough and in-depth working knowledge and hands-on experience with GD&T.