Arthur Lin Email & Phone Number

San Diego, California, Us

• Directed technology and foundry development, significantly enhancing device performance and production efficiency for SOI/BCD/Power MOS/GaN/SiC/UHV CAP/Ga2O3.• Spearheaded collaborative efforts with design, marketing, and operation teams, selecting cost-effective and high-performance solutions that bolstered company product lines and market positioning.• Innovated high-density chip designs, improving performance and reliability from a comprehensive technical perspective.• Develop and release technical documents (PDK/SPICE/DRC/LVS, etc.) to improve design efficiency • Work with foundry for new test chip and product tape out to ensure first time success• Define/design layout test structures and DOE corner lot for the process to evaluate and qualify for the device/process/models/reliability• Conduct thorough failure analysis to identify and address design, device, and process-related issues affecting yield, quality, reliability, and manufacturing • Successfully improved yield through targeted interventions and process enhancements.• Implemented a cost reduction plan to maximize return on investment by improving product quality and design.

Malta, Ny, Us

Led BCD project development and team management for LV/HV/UHV projects, delivering platforms that ranged from 3.3V to 700V, contributing to mass production releases and customer success in design wins. Developed and released multiple technology platforms for mass production, significantly advancing semiconductor capabilities for automotive and mixed-signal applications.• Project management and coordination, direct technology and resource planning activities, define and drive technology improvement and enablement roadmap, manage/coach/develop engineers • Co-work with Product Line Marketing, Model, QRA, ESD, PDK, IP, ETEST, UMD groups to provide well design service for customer• Support customers MPW and NTO design win (choose the proper IP and DRC clean to meet foundry process requirement)• Address customer’s concerns and provide the solution to ensure first time success• Provide training and technical solution to customers• Support customer-IC FA for yield improvement and reliability qualification• 0.35um BCD/HV/UHV 6V/700V platform development• 0.18um BCDLite/HV/UHV 6V/800V low Ron platform development• 0.18um BCD/HV 3.3V/18V mixed-signal platform development (ready for NTO)• 0.18um BCD/HV 3.3V/30V mixed-signal platform development (ready for NTO)• 0.18um BCD/HV/UHV 3.3V/30V/700V mixed-signal platform development (ready for NTO)

Hsinchu, Tw

Managed and executed multiple LV/HV/UHV project developments, pioneering the release of industry-leading high-voltage and SOI-based processes.Being the first among global semiconductor foundries to release for production a sub-micron and high-yielding Ultra High-voltage (800V) technology and a SOI-based high-voltage (250V) process.• Project management and coordination• Co-work with Marketing, SPICE, RA, ESD, PDK, IP, WAT groups to provide well design service for customer• Support customers MPW and NTO design win (choose the proper IP and DRC clean to meet foundry process requirement)• Address customer’s concerns and provide the solution to ensure first time success• Provide training and technical solution to customers• Support customer-IC FA for yield improvement and reliability qualification• 0.5um BCD/HV/UHV/IGBT development (Mixed-Signal) (LDMOS & JFET & IGBT)5V/20V/27V/30V/36V/40V/200V/500V/700V/800V UHV and low Rdson platform (released for production)• 0.25um/0.5um BCD/HV/IGBT development (Mixed-Signal) (LDMOS & IGBT) - SOI based2.5V/5V/60V/80V/120V/150V/250V SOI platform (released for production)• 0.5um BCD/HV development (Mixed-Signal)5V/80V/100V VDMOS platform (released for production)

Hsinchu, Tw

Contributed to 90nm and 65nm CMOS process development, focusing on device physics and process optimization through comprehensive analysis and testing• Test pattern design, WAT data collection and analysis.• Failure analysis by DOE.

Degree Of Master In Finance

Degree Of Master In Mechatronic Engineering