Nur Timurlenk

- Project handling with corresponding module responsibility - Process analysis and process development in cooperation with the department and their documentation - Consistent process design and implementation in customizing planning and execution of workshops, on-site training

- HUB Implant for a top customer - Stock control - New product development process - KPI follow-up - Understanding the production processes of a folding box in production environment - VMI demand analysis - Cooperation in different production departments - Active involvement in the calculation department as well as in the internal and external sales teams

- Business planning - Master scheduling for Airbus A350 and A400M aircrafts including design, tests, procurement, detail part manufacturing, assembly, certification activities - Budget planning and control - Key performance indicator measurements

- Main purpose is to meet assembly line requirements - Planning and scheduling of conventional, 3-4-5 axis numerical control routers - Manufactured parts from different programs such as Northrop Grumman, Airbus, Boeing, Agustawestland - Scheduling under the consideration of total work load for short and mid term periods - Daily, weekly or monthly reports about the manufacturing and procurement supplied to the upper management

- Objective is to meet the aerospace assembly line requirements - Planning and scheduling of sheet metal parts - Responsible of several different programs like Airbus A319-A320, Sikorsky Helicopters, Boeing 737 - Personally responsible from manufacturing process including stretching, mechanical/chemical etching, routing and surface treatment of Airbus A319-A320, A400M Center and Rear Fuselage and Gulfstream G650 skin panels - Scheduling and balancing according task centers for short term and mid term period

Industrial Engineering (IE) is the scientific discipline that is concerned with how best to organize people, information, money, and materials to produce and distribute services and products efficiently. It draws upon specialized knowledge and skills in the mathematical, physical, and social sciences together with the principles and methods of engineering analysis and design to specify, predict, and evaluate the results to be obtained from such systems.