• Provided technical support for quality development of electrical equipment, particularly for BOSCH EMS (Engine Management System) and engine control units.• Involved in multiple project teams as a quality engineering representative, ensuring compliance with regulatory standards and providing input into project design requirements and product development plans.• Developed, reviewed, and managed risk assessments, including PFMEA and DFMEA in order to appropriately determine strategies to remove defects in parts and productions.• Identified, investigated, and determined final disposition of non-conformance; wrote and finalized non-conformance report, highlighting development action plans and steps to accomplish such plans. • Analyzed, monitored, and assessed feasibility study documents and capacities of suppliers in terms of production and test equipment, quality systems, safety, and regular items.• Utilized problem-solving methods including Six Sigma, 8D, and RCA as appropriate during production phases, effectively eliminating product defects.• Documented and reviewed existing customer (car manufacturer or end-user) complaints; developed and implemented preventive measures to mitigate future complaints.• Assisted senior quality engineer in auditing internal quality system; observed production lines of supply chain company (e.g. car lights, injection sensors, and manifolds) and accurately identified process errors.

• Participated as a team member during engineering designs and project development phases in order to locally manufacture automotive parts in Iran (e.g. engine cooling system components, fueling system components, air intake system components, and wiring harnesses for Peugeot 206/405 parts).• Involved in test, analysis, and supervision of testing of electrical and electronic equipment of automotive electrical components and devices using test equipment (e.g. lights, wiring harness, sensors, alternators, starters, window motors, sunroofs, and switches).• Supervised production of automotive electronic and electrical components; read and interpreted drawings and technical documents to verify the overall standard of electrical components in supplier chain factories and workshops.• Provided technical support; assisted in preparing the design, drawings, technical specifications, and Test Plans of production for smooth and efficient workflows. • Completed Initial Sample Agreement Report (ISAR) and Process Auditing Report (PAR) in co-operation with Peugeot Citroen experts and in strict compliance with Approval/Acceptance procedures.• Involved in test, analysis, and supervision of testing of electrical and electronic equipment of automotive electrical components and devices using test equipment (e.g. lights, wiring harness, sensors, alternators, starters, window motors, sunroofs, and switches).• Supervised production of automotive electronic and electrical components; read and interpreted drawings and technical documents to verify overall standard of electrical components in supplier chain factories and workshops.• Provided technical support; assisted in preparing design, drawings, technical specifications, and Test Plans of production for smooth and efficient workflows. • Completed Initial Sample Agreement Report (ISAR) and Process Auditing Report (PAR) in co-operation with Peugeot Citroen experts and in strict compliance with Approval/Acceptance procedures.

• Coordinated multiple electrical and engineering projects as Project Lead to ensure on-time, within budget completion; responsibilities included team and contractor oversight, project development, consultation research, documentation, submission and approval, design, scheduling, and construction.• Directed, prepared, reviewed, and approved contract documents and specifications, making modifications and recommending alternatives as needed.• Planned layout and installation of electrical wiring, equipment and fixtures, based on precise job specifications and local codes.• Prepared sketches and/or followed blueprints to determine location of wiring and equipment and guarantee conformance to relevant building and safety codes.• Tested electrical systems and continuity of circuits of electrical wiring, equipment, and fixtures, using testing devices (e.g. ohmmeters, voltmeters, and oscilloscopes); confirmed compatibility and safety of systems.