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To support the implementation, maintenance and continuous improvement of rigorous quality processes with a specific focus on Advanced Product Quality Planning (APQP) and New Product Introduction (NPI). To ensure the highest quality product, authorised as compliant to the relevant nuclear and safety regulations, is delivered to our customers without defect, on time. To act as a key interface within a Project Team, driving nuclear safety culture and ‘right first time’ delivery throughout a programme.
Job Responsibility:
Lead the internal cross-functional team through the full APQP lifecycle ensuring all deliverables, from Feasibility Reviews to Volume Production are met on schedule
Compile, review, and submit comprehensive Production Part Approval Process (PPAP) files (typically Level 3 submissions), ensuring all evidence (including Part Submission Warrants, Control Plans, and Process Flow Diagrams) meets customer specifications before volume manufacturing commences
Manage investigations and support the timely resolution of Customer, Supplier, and internal non-conformances
Champion Root Cause Analysis to ensure containment (within 24 hours) and implement robust corrective/preventative actions to prevent recurrence
Lead the internal, external, and supplier auditing programme
Conduct specific oversight of Special Processes (e.g., Welding, NDE) and conduct Launch Readiness Reviews (LRR) to verify supply chain capability
Ensure products have full traceability and conformance documentation throughout the manufacturing process
Oversee the collation of accurate Lifetime Records (LTR) and Material Certification (BS EN 10204 3.1), ensuring protection against Counterfeit, Fraudulent, and Suspect Items (CFSI)
Develop and maintain dynamic Control Plans (Prototype, Pre-production, and Production)
Verify manufacturing readiness through Run@Rate trials and Process Capability studies (Cp/Cpk) to ensure OEE and capacity targets are met
Liaise with customers and suppliers to troubleshoot problems
Support the wider project team including the customer to ensure non-compliant or defective parts are excluded from the build process and compliant disposition is agreed upon
Requirements:
Qualification in Engineering (apprenticeship, HNC or degree) is desirable
Trained in QMS auditing techniques
Extensive knowledge of APQP (Advanced Product Quality Planning) and PPAP (Production Part Approval Process)
Proficiency in the core Quality tools: FMEA (Failure Mode and Effects Analysis), MSA (Measurement System Analysis) and SPC (Statistical Process Control)
Trained in Statistical Analysis techniques and validation methods
Ability to read Engineering drawings and geometric tolerancing
Familiar with root cause analysis techniques (8D, 5 Whys, Fishbone diagrams)
Proficient user of Microsoft Office (Word, Excel, Outlook)
Substantial Quality experience within a similar, regulated manufacturing environment (Nuclear or High-Integrity sectors preferred)
Experience managing Lifetime Records (LTR) and ensuring full lot traceability and material certification verification
Extensive auditing experience including internal, external and supplier audits
Proven experience in New Product Introduction (NPI) and managing the transition from prototype to volume production
Experience managing Special Processes (Welding, NDE, Coatings) and understanding ‘Engineering Control’ vs ‘Manufacturing Control’ classifications
Understanding of Nuclear Safety Culture and how workmanship quality impacts nuclear safety
Knowledge of Counterfeit, Fraudulent and Suspect Items (CFSI) mitigation
Kaizen, Lean, Root Cause Analysis and Statistical Reporting Methods
Nice to have:
Experience with statistical software (eg Minitab) for MSA and Capability studies is advantageous
Weld types, weld processes and NDT (non-destructive testing) techniques
Experience with ISO 14001, ISO 45001 and pressure equipment standards (eg AMSE BPVC, PD5500, EN13445
Welding technologies – MIG/TIG (Stainless Steel and Aluminium Alloys) and robotic welding
Understanding of Product Verification Levels (PVL) and risk-based inspection regimes