Ben Chuang
About Ben Chuang
Current Position at Butterfly Network, Inc.
Ben Chuang currently holds the title of Senior Foundry Manager at Butterfly Network, Inc. in Taiwan. His role involves overseeing the foundry operations, focusing on maintaining and improving production processes, managing teams, and ensuring effective communication across different departments. His extensive experience in failure analysis, MEMS design, and process development plays a significant role in his current responsibilities.
Previous Experience at TDK InvenSense
Ben Chuang has valuable experience from his time at TDK InvenSense where he served as a Senior Foundry Process Manager from 2017 to 2019 and as a Foundry Manager from 2015 to 2017 in Hsinchu County and City, Taiwan. During his tenure, he was responsible for handling foundry processes, product characterization, and yield enhancement, contributing to the company's success in MEMS technology.
Professional Tenure at mCube, Inc.
Between 2011 and 2015, Ben Chuang worked as a Principal MEMS Product Engineer at mCube, Inc. in Taiwan. His role involved MEMS design, package, and process development, along with patent analysis and building patent maps. This period was marked by substantial contributions to MEMS technology advancements and product development.
Educational Background at National Tsing Hua University
Ben Chuang pursued his education at National Tsing Hua University, where he studied MEMS and achieved a Master's degree from 2001 to 2003. His academic focus laid a strong foundation for his career in MEMS design, failure analysis techniques, and process management. The specialized knowledge gained during this period has been pivotal in his professional journey.
Skills in Failure Analysis Techniques
Ben Chuang possesses extensive experience in various failure analysis techniques, including SEM, FIB, FTIR, EDS, TEM, Auger, Obrich, and EMMI. This expertise allows him to effectively analyze and resolve complex issues in MEMS processes and manufacturing, contributing to product quality and reliability.