Quality Engineer

About the role

The Quality Engineer ensures that products, processes, designs, testing, manufacturing, maintenance and repair activities comply with established quality, technical, QHSE and regulatory requirements. Working closely with the QHSE Manager and operational teams, the role drives the implementation of quality management systems, audits, risk assessments and continuous improvement initiatives.

Key responsibilities

• Support the QHSE Manager in establishing and maintaining a business‑oriented quality framework compliant with ISO and industry standards.
• Define, document and continuously improve quality control and assurance processes across design, manufacturing, testing, maintenance and repair.
• Conduct inspections, workplace audits and internal audits to verify compliance with project specifications, drawings and QHSE requirements.
• Identify, document and manage non‑conformances, drive corrective actions and CAPA activities, and perform root‑cause analysis.
• Maintain comprehensive records of quality activities, inspection reports, NCRs, audit reports and KPI dashboards.
• Collaborate with maintenance, engineering, manufacturing and external suppliers to resolve quality and QHSE issues.

Required profile

• Associate’s or Bachelor’s degree in Quality Assurance, Engineering or a related technical field (Bachelor’s preferred).
• Minimum 3 years of experience in Quality Assurance/Control or Quality Management Systems within engineering, manufacturing, aerospace, defense or similar environments.
• Working knowledge of ISO 9001, ISO 14001, ISO 45001 and AS 9100 standards.
• Experience with risk assessment, internal audits, incident investigations and CAPA processes.
• ISO Internal Auditor certification (preferred) and/or ISO 9001 Lead Auditor, NEBOSH or IOSH certification (preferred).
• Strong analytical, problem‑solving abilities and high attention to detail.

Required skills

• ISO 9001, ISO 14001, ISO 45001, AS 9100 standards.
• First Article Inspection (FAI) procedures.
• Reverse engineering using 3D scanners, CNC machining and CMM measurement equipment.
• MS Office suite – Excel, PowerPoint, Visio.
• Risk assessment, root‑cause analysis and CAPA methodology.