Image Processing and Industrial Vision Inspection

1. Designing and implementing algorithms for simulations, optimization, and real-time data analysis that enable digital twin to function effectively. 2. Developing computational models for flight dynamics, structural analysis, and propulsion systems. 3. Developing predictive maintenance algorithms to anticipate and prevent equipment failures. 4. Utilizing High Performance Computing (HPC) resources to perform complex simulations and data processing tasks that require significant computational power. 5. Integrating AI-driven systems with traditional aerospace technologies to enhance performance and safety.

1. Plan and conduct drone flights for inspection, surveillance, and maintenance support, operating drones to inspect aircraft, monitor assembly lines, and survey facilities. 2. Capture high-resolution images and videos, analyzing aerial data to identify defects, and generating detailed reports to support maintenance and manufacturing processes. 3. Perform routine maintenance, calibrate drones, troubleshoot technical issues, and maintain accurate flight logs

1. Establishes the organisation's quality management system, setting standards for quality assurance, control, and inspections specific to the maintenance of aircraft engines and components. 2. Assists in both internal and external quality audits, impact assessments, and investigations to ensure maintenance activities comply with the specifications set by original equipment manufacturers, regulatory bodies, and the organisation itself. 3. Recommends on corrective and preventive measures to address quality concerns in engine components. 4. Specifies the criteria for first article inspections to verify that engines meet design specifications and customer expectations. 5. May be authorised by the company to certify engines and components for release to service (fulfil SAR-145 and AC 155 requirements). 6. Assesses updates to the technical library and the Maintenance organisation Exposition, and approves alternative methodologies, tools, and inspection technologies. 7. Evaluates the compliance of maintenance operations with airworthiness and legal standards, and suggests improvements to the organisation's standard operating procedures, as well as its safety, health, and quality frameworks. 8. Actively engages in development of lean and sustainable practices, and conducts research and digital innovation in targeted areas for continuous process improvements. 9. Oversees team performance, offers expert advice to quality inspectors and technicians, and delivers training on airworthiness as needed. Thorough and organised, utilizing critical and analytical thought processes to spot inconsistencies, tackle issues, and lessen potential quality hazards in maintenance operations.

1. Approves the organisation's Quality Management System (QMS), encompassing quality assurance, quality control, and inspection benchmarks for the upkeep of aircraft engines and components. 2. Holds responsibility for both internal and external quality audits, impact analyses, and carrying out quality investigations to ensure maintenance activities align with the standards and procedures set by original equipment manufacturers (OEMs), regulatory bodies, and the organisation itself. 3. Offers specialized knowledge for the implementation of corrective and preventive measures addressing quality concerns in aircraft engines and components. 4. Endorses the Certificate of Conformance (CoC) for first article inspection of engines and components. 5. Authorizes updates to the technical documentation and Maintenance organisation Exposition, and approves alternative methodologies, equipment, and inspection technologies. 6. Oversees adherence to airworthiness and legal mandates, contributes to the refinement of the organisation's Standard Operating Procedures (SOPs), management frameworks, lean and sustainable practices, and data analysis strategies for informed strategic decision-making. 7. Leads the team to meet and exceed business Key Performance Indicators (KPIs) and initiatives for talent acquisition and professional growth. 8. Exhibits a mindset attuned to quality, safety, and risk compliance, with the ability to view challenges from various angles to make well-informed and effective decisions for the function. 9. Displays exceptional leadership, forward-thinking, and organisational management capabilities to anticipate and mitigate potential quality risks in maintenance operations.

1. Establishes the organisation's quality management system, setting standards for quality assurance, control, and inspections specific to the maintenance of aircraft engines and components. 2. Oversees both internal and external quality audits, impact assessments, and investigations to ensure maintenance activities comply with the specifications set by original equipment manufacturers, regulatory bodies, and the organisation itself. 3. Recommends on corrective and preventive measures to address quality concerns in engine components. 4. Specifies the criteria for first article inspections to verify that engines meet design specifications and customer expectations. 5. May be authorised by the company to certify engines and components for release to service. 6. Assesses updates to the technical library and the Maintenance organisation Exposition, and approves alternative methodologies, tools, and inspection technologies. 7. Evaluates the compliance of maintenance operations with airworthiness and legal standards, and suggests improvements to the organisation's standard operating procedures, as well as its safety, health, and quality frameworks. 8. Actively engages in development of lean and sustainable practices, and conducts research and digital innovation in targeted areas for continuous process improvements. 9. Evaluates the performance of the quality team, providing training and mentorship to quality personnel. 10. Possess a mindset focused on quality, safety, and risk management, applying critical thinking, analytical skills, and problem-solving abilities to detect inconsistencies, address issues, and reduce potential quality risks in maintenance operations.