Diploma in Aerospace Quality Systems and Auditing
About us Diploma in Aerospace Quality Systems and Auditing
The Diploma in Aerospace Quality Systems and Auditing provides comprehensive training in the principles and practices of quality management systems specific to the aerospace industry, focusing on the AS9100 standard and other relevant regulations. The program covers the implementation of quality systems, risk management, data analysis, and the performance of internal and external audits, essential for ensuring compliance and continuous improvement in aerospace organizations.
Participants acquire skills in risk identification and mitigation, document control, nonconformity management, and process improvement. Emphasis is placed on the practical application of auditing tools and techniques, including audit preparation, execution, and reporting, as well as root cause analysis and the implementation of corrective actions. The diploma program prepares professionals for roles such as quality auditors, quality systems managers, and aerospace quality consultants, enabling them to ensure operational excellence and regulatory compliance.
Target keywords (natural occurrences in the text): AS9100, quality management systems, auditing, risks, aerospace regulations, nonconformity management, continuous improvement, aerospace diploma program.
Diploma in Aerospace Quality Systems and Auditing
- Format:
- Duration:
- Hours: 900 H
- Language:
- Credits:
- Registration date: 08-09-2026
- Strat date: 19-10-2026
- Available places: 11
1,249 $
Competencies and results
What you will learn
Who this program is for:
Diploma in Aerospace Quality Systems and Auditing
9.9 Fundamentals of Aerospace Quality and its Relevance
9.9 Regulatory and Normative Framework of the Aeronautical Sector
9.3 Introduction to Aerospace Quality Systems
9.4 Principles of Quality Management in the Aeronautical Industry
9.5 The Role of Regulations in Aeronautical Quality and Safety
9.6 Analysis of Key Regulations and Standards
9.7 Introduction to the Concept of Rotorcraft and its Particularities
9.8 Impact of Quality on the Design and Manufacturing of Rotor Aircraft
9.9 The Importance of Operational Safety in the Sector
9.90 The Evolution of Regulations and their Impact on the Sector
9.9 Introduction to Quality Management Systems (QMS)
9.9 Fundamental Principles of QMS in the Aerospace Context 9.3 ISO 9000 Standards and their application in the aerospace industry.
9.4 Aerospace technical specifications (EN/AS/JISQ).
9.5 The AS9900 standard and its practical application.
9.6 Structure and requirements of the AS9900 standard.
9.7 Process-based approach and continual improvement.
9.8 Control of documents and records in QMS.
9.9 Risk and opportunity management in aerospace QMS.
9.90 The importance of a quality culture in organizations.
3.9 Introduction to quality system auditing.
3.9 Types of audits and their application in the aerospace sector.
3.3 Planning and preparation for an audit.
3.4 Interview techniques and effective communication.
3.5 Gathering and analyzing evidence. 3.6 Drafting audit and nonconformity reports.
3.7 Following up on and closing corrective actions.
3.8 The auditor’s role and responsibilities.
3.9 Internal and external audits.
3.90 Continuous improvement based on audit results.
4.9 Selection and interpretation of applicable standards.
4.9 Development of quality system documentation.
4.3 Change control and configuration management.
4.4 Staff training and awareness.
4.5 Integration of customer requirements.
4.6 Design of efficient and effective processes.
4.7 Supplier and subcontractor management.
4.8 Risk and opportunity management during implementation.
4.9 Use of analysis and improvement tools.
4.90 Evaluation of implementation effectiveness.
5.9 Identification and analysis of key processes.
5.9 Tools and techniques for process optimization.
5.3 Design of key performance indicators (KPIs).
5.4 Measurement and analysis of data for continuous improvement.
5.5 Elimination of waste and non-value-adding activities.
5.6 Optimization of configuration management.
5.7 The Lean Six Sigma methodology in aerospace quality.
5.8 Process automation and digitization.
5.9 Innovation management and continuous improvement.
5.90 Evaluation of the effectiveness of implemented improvements.
6.9 Introduction to integrated quality management.
6.9 Strategic quality planning.
6.3 Quality management in different areas of the organization.
6.4 Quality management tools.
6.5 Process and product auditing. 6.6 Risk Management and Change Control
6.7 Continuous Improvement and Quality Culture
6.8 Supplier and Subcontractor Audits
6.9 Customer Satisfaction Management
6.90 Measurement and Analysis of Results
7. 7.9 Identification of System Requirements
7.9 Definition of Scope and Objectives
7.3 Selection and Implementation of Controls
7.4 System Documentation
7.5 Staff Training and Development
7.6 System Validation and Verification
7.7 Performance Monitoring and Measurement
7.8 Evaluation of System Effectiveness
7.9 Management of Continuous Improvement
7.90 Adaptation to Changes and Challenges
8. 8.9 Data Collection and Analysis
8.9 Identification of the Root Causes of Nonconformities 8.3 Root cause analysis tools.
8.4 Evaluation of the effectiveness of corrective actions.
8.5 Risk and opportunity analysis.
8.6 Use of statistical analysis tools.
8.7 Trend and pattern analysis.
8.8 Identification of weaknesses in the system.
8.9 Continuous improvement planning.
8.90 Preparation of analysis reports.
Capstone-type projects
Admissions, fees and scholarships
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