QC Engineer Automotive Industry

Role Overview

The Quality Control (QC) Engineer will ensure product quality, process compliance and continuous improvement across manufacturing operations within the automotive product line. This role combines hands‑on inspection, data analysis and cross‑functional coordination to verify that parts and assemblies meet design specifications, safety standards and customer requirements from incoming materials through final release.

• Inspection and testing:
  Perform incoming, in‑process and final inspections using appropriate measurement tools and test equipment; validate dimensional, functional and cosmetic requirements against specifications and control plans.
• Non‑conformance management:
  Identify, document and segregate non‑conforming materials and products; raise and investigate NCRs (Non‑Conformance Reports), determine root cause and support containment and corrective actions.
• Process monitoring:
  Monitor production processes and quality metrics (e.g. scrap, yield, PPAP, SPC); conduct regular audits and inspections to ensure adherence to work instructions and quality procedures.
• Data analysis and reporting:
  Collect and analyze inspection data; prepare quality reports, trend charts and KPIs to support management review and decision‑making.
• Continuous improvement:
  Support and lead improvement projects (6S, Lean, Six Sigma) to reduce variability, waste and defects; propose and implement process changes and monitor effectiveness.
• Supplier quality:
  Liaise with suppliers to communicate quality requirements, perform supplier audits where required and support incoming material quality improvements.
• Documentation and compliance:
  Maintain and update quality documentation including control plans, inspection routes, work instructions and test records; ensure compliance with automotive standards (IATF 16949) and customer‑specific requirements.
• Cross‑functional collaboration:
  Work closely with production, engineering, design and logistics teams to resolve quality issues, support new product introductions and ensure effective handover of corrective actions.
• Training and support:
  Provide training and guidance to production staff on inspection techniques, measurement systems and quality awareness; ensure correct use of gauges and test equipment.

• Technical knowledge:
  Strong understanding of manufacturing processes, measurement techniques and quality control principles; ability to read engineering drawings and specifications.
• Analytical ability:
  Competent in data analysis, root cause investigation and use of statistical tools (SPC, FMEA) to drive corrective and preventive actions.
• Attention to detail:
  Meticulous approach to inspection and documentation, ensuring accuracy and traceability of records.
• Communication skills:
  Clear verbal and written communication; able to explain technical findings to production staff, engineers and suppliers.
• IT proficiency:
  Experience with quality management systems, Microsoft Office (Excel for data analysis) and familiarity with measurement software or databases.
• Problem solving:
  Practical, methodical approach to diagnosing issues and implementing robust solutions under time constraints.

• Proactive:
  Anticipates quality risks and takes initiative to prevent recurrence.
• Collaborative:
  Works effectively across teams, building strong relationships to achieve shared quality objectives.
• Organised:
  Manages priorities, maintains accurate records and follows established procedures consistently.
• Adaptable:
  Comfortable working in a fast‑paced manufacturing environment and responding to changing production demands.

• Degree or HNC/HND in Engineering, Mechanical Engineering, Manufacturing Technology or a related discipline, or equivalent practical experience.
• 2+ years’ experience in quality control or quality engineering within the automotive or similar manufacturing sector preferred.
• Familiarity with automotive quality standards (IATF 16949) and customer‑specific requirements; experience with PPAP, APQP and FMEA is advantageous.
• Experience using inspection equipment (calipers, micrometers, CMMs) and knowledge of measurement uncertainty; CAD awareness is beneficial.
• Practical experience with quality management systems and continuous improvement methodologies (Lean, Six Sigma) is desirable.