Material Verification Engineer — Onsite, Secret Clearance

Prattwhitney; Manchester (NH); On-site; USD 87,000 - 165,000; Full time

Benefits offered by this job

Medical

Dental

Vision

401(k) match

Flexible schedules

Paid time off

Job summary

RTX is seeking a Material Verification Engineer to evaluate, disposition, and manage nonconforming material across Raytheon facilities and GXO 3PL in Manchester, NH. This onsite role requires collaboration with multiple functions to support inspection processes and material disposition decisions.

You will learn Raytheon's material review processes, RCCA methods, and RTX CORE improvements while aligning with program schedules and quality standards in a fast-paced aerospace environment.

Qualifications

• Bachelor's degree in STEM and 5+ years in quality engineering, or an advanced degree with 3+ years.
• Experience with RCCA, root-cause analysis, and design analysis techniques.
• US Citizenship with ability to obtain security clearance.

Responsibilities

• Identify and disposition nonconforming material per quality and contract requirements.
• Coordinate RTV activities to resolve quality issues and expedite disposition.
• Collaborate with engineering, supply chain, manufacturing and program teams to meet objectives.
• Ensure compliance with quality management system requirements and company policies.
• Support continuous improvement using RTX CORE methodology.
• Work with suppliers to close material on-hold in a timely manner.

Skills

Analytical thinking

Cross-functional collaboration

Root cause analysis

Education

Bachelor's degree in STEM

Advanced degree in related field

Tools

PRISM

WaveTrak

RCAS

Job description

RTX is seeking a Material Verification Engineer to evaluate, disposition, and manage nonconforming material across Raytheon facilities and GXO 3PL in Manchester, NH. This onsite role requires collaboration with multiple functions to support inspection processes and material disposition decisions.

You will learn Raytheon's material review processes, RCCA methods, and RTX CORE improvements while aligning with program schedules and quality standards in a fast-paced aerospace environment.