Quality Engineer

Responsibilities

• Analyze customer drawings, specifications, and quality requirements, ensuring proper flow-down to internal departments.
• Develop control plans, inspection plans, datasheets, and FAI documentation packages.
• Support Method of Manufacturing (MoM) definition with focus on inspection gates and process controls.
• Support supplier qualification and supply chain quality activities.
• Define and optimize inspection methodologies, including dimensional and final inspections.
• Collaborate with production during machine setup, prototypes, and process validation phases.
• Manage non-conformities, root cause analysis, and corrective actions.
• Conduct process capability studies and Measurement System Analysis (MSA).
• Support special process evaluations (heat treatment, NDT, coating, shot peening, superpolishing, etc.).
• Ensure inspection routines comply with customer and aerospace standards.
• Support audits and contribute to quality procedure development.

• Strong expertise in drawing interpretation, GD&T, and dimensional metrology.
• Deep understanding of CMM measurement systems and measurement uncertainty.
• Knowledge of MSA studies, PFMEA, process capability, and control plan development.
• Familiarity with aerospace special processes and material certifications.
• Basic understanding of NDT methods, heat treatment effects, and laboratory testing.
• Good analytical skills with Excel and preferably Minitab.
• Good command of English for technical discussions, meetings, and customer communication.

• Bachelor’s or Master’s Degree in Mechanical, Aerospace, Manufacturing, Industrial Engineering, or equivalent technical discipline.
• Background in Quality Engineering within aerospace, precision manufacturing, or metalworking industries.
• Strong problem-solving mindset and ability to work cross-functionally with Engineering, Production, and Supply Chain.
• Detail-oriented, process-driven, and comfortable managing customer quality requirements in highly regulated environments.