Sabeeh — Design Release Engineer

June 2017 - July 2019 Fiat Chrysler Automobiles (FCA) - Under Body & Bumper Systems Design Release Engineer MichiganResponsible - for the Design & Release of the bumper, energy absorbers, and tow hooks using UG NX and Teamcenter - Lead the development and selection of lightweight bumper solutions for the Jeep Grand Cherokee - Implemented the design and engineering practices for the Taylor Rolled Blank technology for the bumper - Successfully reduced the weight of carry over bumper system by approximately 20% - Administered Bow Tie design for cost reduction and improved durability of the beam - Supervised engineers with various backgrounds such as safety, durability, costing, assembly plant and manufacturing for styling feasibility and meeting bumper targets - Managed tier-1 and tier-2 suppliers to develop new designs, and continuously improve suppliers' operation systems in terms of product quality, capacity, and delivery to ensure FCA's supply. Was in negotiation with potential suppliers by Step B - Performed cross functional design reviews, Design for Assembly (DFA) and Design for Manufacturing (DFM) Assessments on Components & Assemblies with engineer Auburn Hills

June 2016 - June 2017 General Motors - Interior Hard Trim & Overhead System Design Design Engineer Warren, Michigan - Successfully created math based design for the C, D-Pillar and the lift gate trim for the T1 SUV using UG NX - Evaluated product design by performing DFM analysis (Plastic injection molding) on the product to ensure manufacturability - Utilized Advanced Simulation (NASTRAN)/KBE V2 to verify the structural integrity of the product - Generated Installation Assembly Simulations for various interior trim products

December2015 - May 2016 UAV Design & Manufacturing - Department of Aerospace Engineering Mechanical Design Engineer - Utilized CAD to design and model, the main body, instrument panels, primary structure and wings of the UAV - Performed FEA analysis using the Advanced Simulation tool in UG NX to verify the structural integrity of the UAV - Generated 2D drawings and engineering documents and assembly drawings for manufacturing - 3D printer and laser cutter was used to prototype the main body primary structure of the UAV - Utilized machine tools such as 3 axis CNC mill, 4 axis foam cutter, saw, and lathe to fabricate parts of the UAV - Manufactured parts with carbon fiber using vacuum infusion process and then fiber glass coating them

March 2015 - December 2015 Illini Solar Car Body Design Engineer - Designed, modeled, and manufactured the body of the solar car and lead the production design and development team - Created 2D drawings of the body, and utilized UG NX to generate the layout design, 3D models and engineering drawings - Designed and manufactured the main frame (body) using molding and laying up procedures for vacuum infusion of carbon fiber