•Be an integral embedded controls and SW member within an Agile release team•Ensure development of high-quality software by incorporating and implementing testing methodologies to verify the end-to-end integrity of the Brake Management system Hardware and Software•Develop and Define testing strategies (Different testing levels, manual and automation) to ensure first time quality•Work with controls, diagnostic, and software cross functional teams as well as other stakeholders during planning and other development stages to define effective acceptance criteria•Work closely with multi-disciplined engineering teams to understand functional requirements and implement appropriate test plans and setup•Develop test cases, automate, and execute the test plans to identify software anomalies, missed requirements and performance issues early in the development processes•Help Troubleshoot vehicle level integration issues including hardware, software, calibration and vehicle wiring•Work closely with the controls and software teams to resolve the issues as well as identifying robust solutions•Work closely with the Test Environment development teams to predict the test environment needs and develop requirements•Adopt industry standards to help build the software quality guidelines and implementation strategies•Provide support to, and take direction from, Client Manager or designate

• Developed new seats for different types of vehicles including passenger and commercial ones, according to the latest safety standards• Designed manufacturing and controlling tools, equipment, and fixtures in order to launch modern vehicle seat assembly lines and assure the quality of products• Conducted feasibility study for new vehicle seats as future projects of the company• Managed and controlled Capra seating project by estimating timing and costs, providing project Gantt Chart, preparing materials, communicating with supply chain and manufacturing samples and prelaunch• Analyzed the strength and durability of seats through the Finite Element Method and modeling the seat dynamics and vibration• Consulted with producers of testing equipment about the design of seat testing machines according to international vehicle safety regulations and standards and using the equipment to validate newly designed seats• Established technical documents as a part of APQP Framework, including 2D drawings, Bill of Material, test plan, etc.• Guided technicians and production staff, and providing them with appropriate guidelines to assure the quality of the product, reducing operator mistakes,s and improving work safety• Operated milling and turning machine to fabricate prototypes and production fixtures

• Designed, developed, and validated automotive brake systems• Implemented Computer-added simulations in Vehicle Dynamics and Control such as ADAMS CAR and CarSim (coupled with SIMULINK or C++) in developing and testing automotive control systems• Implemented Functional Safety (ISO 26262) in developing new automotive brake systems.• Designed brake system parts such as Front Caliper, Rear Caliper, Brake Drum, and Brake tubes• Managed the project of localizing the SAMAD Vehicle rear Caliper, Peugeot 301 Vehicle rear Caliper, Logan Vehicle Caliper, and X100 brake tubes• Led the engineering team and finding, negotiating, and consulting vendors as the lower part of the supply chain and managing the process of SQA for parts• Organized production line and established production guidelines for production staff• Consulted with and guided quality control staff to make sure of minimizing quality problems in mass production• Analyzed vehicle dynamics and control including effects of brake maneuver on Vehicle's ride and handling by ADAMS AND CarSim• Designed, analyzed, and performed sand and permanent mold casting projects and being familiar with casting simulation application software like ProCAST• Used GD&T specifications and reading and publishing manufacturing and control drawings for parts• Used APQP (Advanced Product Quality Planning) process in developing new automotive products• Used ISO and ASTM standards related to designing, drawing and producing parts• communicated with foreign customers to supply parts in the pre-launch phase• Used company laboratory to assure the quality of parts in the pre-launch phase using Metrology and Material Testing Tools such as CMM, VMS, 3D Scanning, Universal Test Machine, Hardness Testing Machine, and Microscope.