Product Review Engineer

Senior Liaison Engineer – Portland, OR

Shift expectations:
Variable, 1st, 2nd, 3rd, including weekends. Must be able to work all 3 shifts.

This position is fully onsite and involves daily exposure to factory environment, including stairs, trip hazards, high noise areas, chemical hazards, and entering airplanes during build stages.

• Analyzes, conducts root cause analysis and develops dispositions for production non-conformances.
• Applies knowledge of Boeing design principles to assess and resolve product/process issues through the product lifecycle.
• Applies engineering principles to research technical, operational and quality issues in support of executing final engineering solutions.
• Identifies documents, analyzes reported problems and communicates deviations that could impact design intent and safety; recommends and manages resolution.
• Develops and implements product/process improvements.
• Supports Integrated Product Teams (IPT) and participates in design reviews.
• Represents the engineering community from initial build through the production and post-production environment.
• Ensures supplier and build partner compliance with Boeing standards.
• Develops customer correspondence for continued safe operation and maintenance of equipment.
• Participates in on-site disabled product repair teams, accident investigation and support teams.
• Analyzes damage repair or structural modification to determine appropriate jacking and shoring, prevent collateral damage and assure a safe work environment.
• Designs interim structural repairs and conducts static strength analysis.
• Develops non-destructive test procedures, tools and standards.

• Bachelor's or Masters of Science Degree from an ABET or ABET‑equivalent accredited course of study in Engineering.
• 10 or more years of experience in structures, systems, design, or production engineering (Senior‑Level).
• 5 or more years of experience in prior Engineering Materials Review Board.

• Understanding of materials.
• Understanding of machining and machining limitations.
• Understanding of machined part dimensions and tolerance (GD&T).
• Understanding of gears/shafts and gear interaction.
• Understanding of material processing.
• Understanding of functional test requirements.
• Understanding of general repair for machined parts.