Aerospace Quality Analyst: COPQ & RCCA Leader

Prattwhitney; Bridgeport (WV); On-site; USD 69,000 - 131,000; Full time

Benefits offered by this job

Medical insurance

Dental insurance

Vision insurance

Life insurance

401(k) match

Flexible schedules

Paid time off

Employee assistance program

Parental leave

Job summary

Pratt & Whitney, a RTX company, seeks a Quality Analyst for its Bridgeport, WV center. The role focuses on improving quality, reliability, and continuous improvement across engine programs, including RCCA leadership, COPQ reduction, and internal audits.

You will collaborate with Operations, Engineering, and Quality leadership to translate data and shop-floor insights into durable quality solutions, supporting EIS activities and ensuring process robustness across multiple engine models.

Qualifications

• Bachelor’s degree and 2+ years in QA/CI or associated field, OR an Associate’s with 4+ years, OR HS diploma with 6+ years of relevant experience.

Responsibilities

• Drive COPQ reduction by identifying trends and defects and developing sustainable solutions.
• Lead RCCA activities and ensure corrective actions are effective and sustained.
• Coach supervisors and leaders on RCCA methodologies to build capability.
• Partner with shop floor and engineering to understand challenges and drive quality improvements.
• Analyze quality data to prioritize issues impacting quality, cost, and delivery.
• Support EIS activities and internal audits to ensure robust processes.

Education

Bachelor’s degree or higher

Job description

Pratt & Whitney, a RTX company, seeks a Quality Analyst for its Bridgeport, WV center. The role focuses on improving quality, reliability, and continuous improvement across engine programs, including RCCA leadership, COPQ reduction, and internal audits.

You will collaborate with Operations, Engineering, and Quality leadership to translate data and shop-floor insights into durable quality solutions, supporting EIS activities and ensuring process robustness across multiple engine models.