NDT Quality Lead - FPI Level III (On-Site)

Howmet Aerospace Inc.; Indiana; On-site; USD 60,000 - 90,000; Full time

Benefits offered by this job

Health Insurance from Day One

Generous 401(k) with 3% company match;

13 Company-Paid Holidays

Annual PTO

Job summary

Howmet Aerospace LaPorte facility in Indiana is seeking an experienced NDT Inspector with FPI Level II certification to lead quality and technical functions for aerospace components. The role emphasizes inspections, training, and certification of Level I/II personnel, while maintaining documentation and Nadcap compliance.

Join a facility that serves jet engine components and titanium parts, with a comprehensive benefits package and opportunity to contribute to ongoing quality improvements in a

Qualifications

• Must hold current FPI Level II Certification.
• Minimum 4 years of Level II experience OR 2 years with technical study OR 1 year with engineering degree.

Responsibilities

• Direct and control quality and technical functions for compliance to internal and customer specs.
• Oversee inspections, training, and certification of Level I/II personnel.
• Maintain training and certification documentation and audit processes.
• Interact with manufacturing, engineering and customers for NDT area.
• Ensure Nadcap compliance and write/approve inspection procedures.

Skills

FPI Level II

NDT Inspection

Documentation & QA

Communication

Education

High School Diploma or GED

Two years of technical study (engineering/tech)

Engineering degree + 1 year II experience

Job description

Howmet Aerospace LaPorte facility in Indiana is seeking an experienced NDT Inspector with FPI Level II certification to lead quality and technical functions for aerospace components. The role emphasizes inspections, training, and certification of Level I/II personnel, while maintaining documentation and Nadcap compliance.

Join a facility that serves jet engine components and titanium parts, with a comprehensive benefits package and opportunity to contribute to ongoing quality improvements in a