Dipl.-Ing. MOHAMMAD ABU-EL-IZZ

• Sicherstellung & kontinuierliche Verbesserung des QM-Systems (ISO 9001:2015 & IATF 16949:2016) - Verantwortung für den internen und externen Auditprozess - Mitwirkung bei der globalen Lieferantenentwicklung - Planung, Organisation und Durchführung von Verbesserungsprogrammen - Aufbau und Leitung des Reklamationswesens • Weiterentwicklung der Kernmethoden (SPC, FMEA, MSA) • Sicherstellung der Fehleranalyseprozesse sowie der Zuverlässigkeitsuntersuchungen • Erstellung von Berichten

Quality Management Quality Assurance

Flight Loads Focal Point • coordination of dynamic loads activities • customer interface function • Loads reports check • QM responsibilities Aircraft Loads • Developing, validating and applying mathematical models • Performing of Oscillatory Failure Case Analysis Management Activities • Support the Flight Physics Site Manager • Participation in the Airbus CFT Loads & Aeroelasticity • Owner of the P3Voith knowledge Base • Performing loads training • Engineering recruitment in 2013

A321-200 NEO [Oscillatory Failure Case Analysis] • Aircraft Loads • Project management & co-ordination • Customer interface function • Reporting to department leader

Flight Loads Analysis: A350 XWB • Project management & co-ordination • Team technical consulting & support • Responsible for all dynamic loads projects • Interface function to AIRBUS & AIRBUS First Suppliers • Cooperation partner technical support • Quality management (QM) • Budget & deadline controlling (Dynamic Loads Department) • Internal commercial matters • Human resources management & Engineering recruitment

Calculation of flight loads on Aircraft (Single Aisle, Long Range, A380) • Eigen Mode Analysis • Unsteady Aerodynamic • Gust Simulation • Loads data validation • Loads Calculation due to JAR25/FAR25 Requirements • Results evaluation & presentation to customer • Creation of Loads Data Bank and Loads Manuals (reports) in the English language

Jig Design for aircraft A300-600ST ”BELUGA” and calculation of dynamic loads of enforced motion (acceleration) from gust, manoeuvre and landing load cases • Jig design • Static calculations • Dynamic calculations • FEM tool: MSC NASTRAN • Pre/Post Processing: FEMAP & MSC PATRAN • Documentation • Presentation of the master theses at AIRBUS

Finite Element Analysis • Participation on different FE projects • Performing of stress calculations • Shell design optimization • Performing of studies • Creation of company training documents • FEM Tool: ANSYS & optimizing tool: OPT

4 Projects: Finite Element Analysis • Performing of stress calculations • FEM Tool: MSC NASTRAN • Pre/Post Processing: FEMAP • Stress reports • Presentation of results • Participation on company meetings

Manufacture of wind turbines • Wind measurement analysis • Laminating of rotor blades • Performing the aerodynamic of rotor blade • Design of rotor blades • Investigation of the feasibility of using different materials in the design of rotor blades (Aluminium, steel, carbon fiber, glass fiber and wood) • Inspection/excursion of different wind turbine firms in Germany (Enercon, Tacke, Südwind)