The Foundations of Quality Management in Aerospace

• Welcome and introduction by BOOST
• Why quality management is critical in aerospace
• Key concepts: Aerospace quality frameworks, standards, and regulations
• Aligning quality objectives with aerospace strategy
• The benefits of embedding quality into aerospace planning

Designing Quality Management Systems for Aerospace

• How to design effective quality management systems for aerospace
• Key components: Policies, processes, and performance metrics
• Tools for implementing aerospace quality management (e.g., AS9100, NADCAP)
• Ensuring compliance with aerospace standards and regulations
• Building a scalable and adaptable quality framework

Data-Driven Quality Management in Aerospace

• The role of data in aerospace quality management
• Identifying and tracking key aerospace quality metrics (KPIs)
• Using data analytics to improve aerospace performance and reliability
• Tools for collecting, analysing, and visualizing aerospace data
• Communicating aerospace quality performance to stakeholders

Continuous Improvement in Aerospace Quality

• Strategies for fostering continuous improvement in aerospace quality
• Root cause analysis and problem-solving techniques
• Leveraging advanced technologies to enhance quality processes
• Building a culture of quality within aerospace teams
• Overcoming common challenges in aerospace quality management

Implementing and Sustaining Aerospace Quality Strategies

• How to successfully implement aerospace quality plans
• Monitoring progress and making data-driven adjustments
• Ensuring long-term sustainability of aerospace quality initiatives

Creating a roadmap for strategic aerospace quality management