●Played a role in the design processes of armored cabins for tactical wheeled vehicles to meet customer requirements.●Contributed to the geometric integration and packaging efforts of interior cabin subsystems and specialized military units.●Executed interface designs for components to be connected to the cabin in these projects.

●Planning the design phase processes and determining change priorities with the Model Based System Engineering approach●Creation of change requests and follow-up of change processes (Teamcenter Issue Manager )●Planning in-team design processes, sharing tasks, and creating and assigning work flows determined through teamcenter to component owners.

●Planning of BIW design processes (Teamcenter Schedule Manager) ●Benchmark studies, determination of body structure global targets for performance and safety ●Parametric master section design and packaging studies(Siemens Nx) ●Design volume creation and topology optimization ( Hypermesh-Voxel Method) ●Creation of component and system functions, creating system and component requirements according to part customer needs, regulations and standards(Teamcenter Requirement Manager) ●Section, Joint Optimization (Simplified Loadpath Model) (Hypermesh-Hyperbeam-Optistruct) ●Designing Firewall Panel, Cowl Panel, Floor Panel, Trunk UPR/RR Panel, Cross Member Profile, Lower Storage Cabin parts ●Preparation of DFMEA and DVP&R documents for components and body structure system (Acc. AIAG/VDA Standards) ●Material Selection (Granta Material Selector), Production method selection ●Developing and simulating multi-scale heterogeneous material model for CFRP parts (Altair Multiscale Designer) ●Composite size,free size and shuffle optimization for body structure system ●Execution of improvement studies (cost reduction, weight reduction, NVH improvement, reinforcement) according to targeted parameters (speed, range, comfort, safety) ●Determination of connection methods(Adhesive,Fasteners,Welding,

Preparation of operation technical drawings of OEM and third part crankshafts, creation of model and mold designs of crankshafts to be produced by casting, reverse engineering studies of pulley gears and creation of technical drawings, preparation of PFMEA and Control Plan documents