Duration: 1 Year
• To provide advanced knowledge of quality assurance and control systems
• To develop skills in industrial inspection, testing, and auditing
• To enable application of international quality standards (ISO, Six Sigma)
• To prepare learners for professional QA/QC engineering roles
1. Design and implement quality management systems
2. Apply advanced inspection and testing techniques
3. Conduct quality audits and compliance checks
4. Analyze process performance using statistical tools
5. Manage documentation and quality improvement systems
6. Execute a QA/QC engineering project
Module 1: Advanced Quality Management Systems
• Total Quality Management (TQM)
• Quality planning and strategy
• Customer satisfaction and quality metrics
• Continuous improvement models
Module 2: Statistical Quality Control (SQC)
• Probability and statistics in quality
• Control charts (X-bar, R, P charts)
• Process capability analysis
• Acceptance sampling
Module 3: Advanced Inspection and Testing Techniques
• Non-destructive testing (UT, RT, PT, MT)
• Destructive testing methods
• Calibration and metrology
• Testing standards and procedures
Module 4: ISO Standards and Compliance Systems
• ISO 9001:2015 requirements
• ISO 14001 and ISO 45001 overview
• Quality documentation systems
• Internal and external audits
Module 5: Construction and Industrial QA/QC
• QA/QC in construction projects
• Welding inspection and codes
• Material traceability systems
• Site quality control procedures
Module 6: Six Sigma and Lean Quality Systems
• DMAIC methodology
• Lean manufacturing principles
• Waste reduction techniques
• Process optimization
Module 7: Quality Auditing and Risk Management
• Audit planning and execution
• Non-conformance management
• Risk-based thinking in quality systems
• Root cause analysis
Module 8: Industrial Safety and Quality Integration
• Relationship between safety and quality
• HSE compliance in QA/QC
• Environmental quality considerations
• Integrated management systems (IMS)