• Acted as Process Owner of liquid dispense assembly cell for Automotive ECU module; increased overall production output by 47%• Improved Process Cycle Time by 15% through dispense parameter optimization (e.g. rate, quantity, pressure) and robot motion optimization• Extended Time between Maintenance by 900% through trials of new piston seal configurations with vendor• Increased Operation Availability by 25% at line start up shift by implementing a smart temperature set-back and recovery mode to Curing Oven’s PLC Logic• Managed equipment integrator for implementation of dispense material handling system; enabled 100%material lot control and traceability• Coordinated workshops and championed process improvement

Led manufacturing process and equipment development of Automotive LiDAR Sensor; including processes for screw drive, sealant dispense & curing, pick & place, and PCB routing• Developed preliminary equipment plans through consultation with external equipment vendors• Estimated CapEx for equipment designs and performed cost analysis on design alternatives• Identified over 30 design changes optimized for manufacturability• Developed Manufacturing Process Flow Diagram, PFMEA and Control Plan in collaboration with Product Engineering

• Led development and production launch of 8 Automotive Radar Sensor Projects using AIAG Production Part Approval Process (PPAP) and in accordance with IATF 16949:2016 Standard • Acted as main interface between manufacturing team and design group, identified Design for Manufacturing (DFM) improvements across an international team• Coordinated New Model Prototype and Safe Launch production builds for on time customer delivery and adherence to project timing, administered material inventory of $4.5M, championed process improvement, and resolved build issues in collaboration with technical team• Acted as Project Lead for two Safe Launch Projects; managed the team through project milestones, mitigated critical risks, controlled schedule, coordinated project activities, developed contingency plans , and facilitated effective communication across 3 international facilities• Demonstrated knowledge in Electronics Manufacturing Process and Validation - including pick & place, SMT Soldering & Reflow, Solder Paste Inspection, Automated optical inspection, Functional Test (ICT/FCT), Mechanical Assembly (PCB routing, Laser Weld, Heat Stake, Leak Test), Final Electrical Test, Xray & CT Scan, Solder Joint Reliability Test, EMC Test, Product Environmental Testing

• Acted as Process Lead for 6 automated and manual assembly lines and equipment, with responsibility for equipment performance and efficiency• Led implementation of software controls, mechanical, and material logistics continuous improvement actions to improve process performance, quality, and safety; Improved Overall Operation Efficiency (OEE) up to 23% in 6 months• Investigated and resolved over 50 internal and external quality issues using engineering problem solving methods, and implement actions to prevent recurrence in collaboration with a cross-functional team• Supported equipment retrofits; designed new tooling/fixtures and validated process using Cpk and GRR studies• Demonstrated knowledge in Mechanical Assembly of Electronics, including PCB routing, Pick & Place, Press-fit, Automated Optical Inspection, Heat Stake, Screw Drive, Laser etch, Laser weld, and Leak Test

• Planned, managed and executed the implementation of Leading2Lean Manufacturing Execution System in the facility - a real-time plant floor solution that has been proven to reduce production impact by more than 30% after full implementation in other global Autoliv facilities• Developed a manufacturing data reporting GUI (VB .NET, C#); reduced time taken for production supervisors to report downtime data by 2 hours/day• Developed product matrix GUI application (C#), implemented REST API to MES, as well as relational database schemas for MSSQL• Developed a data processing algorithm (VBA) that reduced the time taken for statisticians to record and sort production data by 1 hour/day• Developed a production line status GUI (VB .NET) for production personel to monitor real-time status of production lines and react to issues effectively• Designed go/no go gauges and adjustable mounting brackets for scanners and sensors using SolidWorks for on-going process improvements• Implemented automation solutions for production machinery to prevent machine or human errors that could impact production quality or equipment functionality • Prepared Standardized Work Instructions (SWI) and Technical Work Instructions (TWI) in accordance with ISO/TS 16949• Performed Layered Process Audits (LPA) of assigned production lines on a regular basis for quality control• Conducted statistical capability studies (Cpk) on production processes

• Prepared a user manual for a proprietary stress analysis software, which was helpful for new hires in using the software• Conducted Verification and Validation on a proprietary stress analysis software by assuring the software was meeting specification and by comparing program outputs with hand calculations; documented, investigated, and reported discrepancies discovered• Analyzed mechanical stress on landing gear structural components and drafted a stress analysis report to ensure safety, in accordance with aviation regulations• Compared stress analysis results of the old and new version of stress analysis software; investigated and analyzed inconsistencies discovered