Designed plastic components and attachment structures for the Ford V801 rear light as a Mechanical Design Engineer.Designed plastic parts used in automotive headlights and rear lights by using A-class surfaces that come from OEMs; lenses, bezels, reflectors, wolf-eye modules, heatsinks, housing, etc.Designed assembly structure of the rear lamp by implementing necessary assembly structures among the parts such as referencing, screwing, and clipping features, Coordinated with the optic and process team to meet the lighting standards and requirements of the customers (OEMs),Used CATIA V5 as a CAD software for surface and solid modeling extensively in the projects and some VBA applications are made such as Userforms which work with Excel for documentation and project management purposes,

Worked for seat height adjuster and latch mechanism with an international team from concept design to the final product,Conceptualized and optimized products for safety, ergonomics, mass reduction, assembly, modularity, perceived quality, and reliability and ensured continuous improvement by supporting the design activity in collaboration with the FEA team,Constantly improved the design with benchmark and prototype activities for the best competitive product in all aspects and documented all stages,Experienced in different production methods such as over-molding, sintering, fine blanking, forming, and molding.Determination of test methods necessary to ensure driving comfort and safety. Prepared the test specifications by taking into account the requirements of OEMs (Ford, Renault, Fiat, etc.),Used CATIA V5 as a CAD tool extensively in the projects and created technical drawings including GD&T.

Design activities of the equipment for recovery of the wasted energy in the facility,Design activities of the fire extinguishing systems (sprinkler type) which include hydraulic calculations, choosing of the equipment (pumps, pipes, valves, etc.)Developed source and project planning software by using Windows Form Apllication.