Quality Engineer

JOB SUMMARY - QUALITY ENGINEER
Responsible for performing independent assessment of NCMR, review and approve rework instructions, MRB dispositions, new documented information, new product, or process. Review cause and corrective actions, and follow-up for effectiveness. Participate in cross functional team on in-depth root causes analysis, APQP/PPAP, problem solving, and continuous improvement.

ESSENTIAL DUTIES AND RESPONSIBILITIES
The duties and responsibilities described are not a comprehensive list and additional tasks may be assigned. To perform this job successfully an individual must be able to perform each essential duty satisfactorily.
• Review and interpret complex drawings, NDT acceptance criteria and customer specifications for various customers.
• Validate rejections using inspection tools (Advanced Level), has full MRB QA Approval with minimal guidance, understands what conditions are acceptable by customer.
• Resolve quality issues and perform in-depth analysis of cause and corrective action using problem solving skills with minimal guidance. Analyze trends or common issues, elevate and call meetings.
• Create technical documents (i.e. 8Ds) that will be submitted to the customer.
• Coordinate improvements with other departments.
• Participate in PFMEA with the PE and MEs.
• Analyze trends or common issues, elevate and call meetings.
• Review and approve new BOOs/BOMs, new training material / process, procedures, new contracts review (i.e. new part number, drawing and specifications, requirements)
• Train and guide Associate Quality Engineers

QUALIFICATIONS, EXPERIENCE AND EDUCATION REQUIREMENTS
• Bachelors in Science of Mechanical Engineering, Manufacturing Engineering or related field.
* OR Associates Degree in Manufacturing or related field and equivalent minimum 4 yrs. of engineering or quality experience in related field.
* OR High School Diploma and equivalent, minimum 7 yrs. experience in engineering or quality support.
• Intermediate skills with Microsoft Office Suite
• Intermediate understanding of ANSI Y14.5 symbology, interpretation, and application
• Intermediate understanding of machining methods, cutting tools, manufacturing processes (assembly, deburr), outside processes, internal/external product value stream.