Purpose:
Detail-oriented Quality Control Engineer to support our high-volume precision manufacturing operations as we transition our quality management system from ISO 9001 to IATF 16949. The Quality Control Engineer will maintain quality controls for high-speed screw machine operations while actively helping to upgrade our processes, documentation, and risk management strategies to meet rigorous automotive industry standards.
Typical responsibilities:
· Main contact for all customer requests, issues, rejects, PPAPs
· New program roll out/ documentation requirements
· Customer data requests
· Responsible for supplier quality and reporting/auditing/ requirements
· Receiving inspection
· All shop calibration requirements oversight
· Customer score card data collection/ performance summary
· Internal and supplier Auditor
· Maintain Customer Specific Requirements Library and communicate changes
· Responsible for all interfaces with the manufacturing floor.
· 1st piece Inspection
· Floor FIQC and 100% gaging
· CMM operation (excluding programming)
· SPC
· Quality Dept Inspection Staff – direction/ training/ time-attendance as needed
· Internal Auditor
· Robotic inspection system support
Physical Requirements:
· Bending, Lifting, Sitting, Standing, Walking
· Hazardous material exposure
· Hearing protection required as needed
· Safety Glasses required as needed
· Steel toe boots required
Required Qualification
Education:
AAS or Bachelors in engineering, technology, or a related technical discipline.
Experience:
1 to 3 years of quality control or quality engineering experience within an ISO 9001 certified environment. Automotive Industry Experience is required.
Mindset:
Strong desire to learn automotive quality systems, customer-specific requirements, and rigorous compliance standards. Team Player attitude.
Technical Skills:
Proficiency in reading blueprints, GD&T, and mechanical precision measurement tools is required.
Preferred Skills
Exposure to or basic training in IATF 16949 or AIAG Core Tools (APQP,PPAP,FMEA,MSA,SPC)
Familiarity with the unique quality challenges of high-volume turned parts
You should be proficient in: